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Peers alley Conferences is heartily invites you to the “Euro Materials Science Congress” scheduled to be held on March 26-27, 2020 Paris, France. This conference has an essential feature to the global Distinguished Speakers Forum, Plenary Speakers, Keynote Forum, Young Research Forum, Poster Sessions, Student Forum, Technical Workshop, Symposia, Start-up oppurtunities and Meet The Professor on different phases of Materials science.
Euro Materials Science 2020 is a greatest platform to bring together leading academic researchers, professionals, research scholars, students and industrialists from all over the globe to exchange and share all the advances, latest developments, cutting edge research in all aspects of Materials Science. Participating at European Materials Science Congressgives an approach to meet and build connections with an eliten group of different Materials Science professionals to enhance your intellect.about Euro Materials Science 2020 conference
Dear Colleagues: Greetings!
I extend my warm greetings to all participants of the “Euro Materials Science Congress” in Paris, France during March 26-27, 2020.
Our theme, “To codify revamping innovations in Materials Science and Engineering”, seems to be an ordinary duty for all scientists and engineers nowadays since Materials Science & Engineering, with its novel trends and constant evolution, is everywhere around us!
Biomaterials, Emerging Materials, Nanomaterials, Nanotechnology & Materials for energy conversion are some of the few examples that continue to develop at a rapid pace as evidenced by the technological revolutions.
I anticipate that our Congress will shed new light on various branches of Materials Science and Engineering. It will provide ample opportunities for collaboration, networking and partnerships.
I wish you exciting and fruitful couple of days in spring Paris!
Dr. N M Ravindra (Ravi),
Professor of Physics, New Jersey Institute of Technology
New Jersey Institute of Technology, USA
Brookhaven National Laboratory, USA
University of Wisconsin-Milwaukee, USA
Southeastern Louisiana University, USA
Materials Science and Engineering is the study of the properties and applications of materials of construction or manufacture (such as ceramics, metals, polymers and composites). It combines engineering, physics and chemistry principles to solve real-world problems associated with nanotechnology, biotechnology, information technology, energy, manufacturing and other major engineering disciplines.
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Nanomaterials are chemical substances that are manufactured and used at a very small scale. These are developed to exhibit unique characteristics compared to the same material without nanoscalestructures, such as chemical reactivity, increased strengthor conductivity.
Nanoscience and nanotechnology are the study and application of particularly small things and can be used across all the science fields, such as materials science and engineering, chemistry, biology, physics. Nanoscience is the study of phenomena, manipulation and structures of materials on the scale of nanometers, where properties differ significantly from those at a larger scale. Nanotechnology is influence of matter on an atomic and molecular scale. Nanotechnology involves measuring, modeling, imaging and manipulating matter at this length scale.
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Green materials are materials that are local and renewable materials. Local materials are unique to the place and connect whatever people make within a region. Materials from the ground such as stone, clay and sand are green materials. Plant materials such as bamboo, grasses, straw and wood are also materials that have been used by humans since they started building.
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Materials chemistry involves the usage of chemistry for the design and synthesis of materials with potentially functional physical characteristics, such as catalytic, magnetic, optical and structural properties. It also involves the characterization, processing and molecular-level understanding of these substances.
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Electronic materials are type of materials which are typically used as core elements in a variety of device applications. These elements can be LEDs, memories, displays and could be simply seen in every day electronic gadgets such as tablets, GPS devices, LED bulbs, mobile phones, and computers, laptops, TVs and monitors. Changing dimensions and level of functionality requires continuous efforts to develop state of the art materials to meet the technological challenges associated with development of these devices.
Optical materials are substances which are used to manipulate the flow of light. This can include reflecting, absorbing, focusing or splitting an optical beam. The effectiveness of a specific material at each task is strongly wavelength dependent, thus a full understanding of the interaction between light and matter is vital.
Magnetic materials are materials used mainly for their magnetic properties. A material is response to an applied magnetic field can be characterized as diamagnetic, paramagnetic, ferromagnetic or antiferromagnetic.
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Surface science and Engineering is used to the study of chemical and physical phenomena that happen at the interface of two phases, with solid–gas interfaces, solid–vacuum interfaces,liquid–gas interfaces and solid–liquid interfaces. It contains the fields of surface physics and surface chemistry. The science includes concepts such as self-assembled monolayers,heterogeneous catalysis, semiconductor device fabrication, fuel cells, and adhesives. And also surface science is closely related to interface and colloid science.
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Synthesis and processing involves the creation of a material with the desired micro-nanostructure. And also, chemical and physical methods are also used to synthesize other materials such as polymers, ceramics, thin films, etc.
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Biomaterials are natural or synthetic, alive or lifeless, and usually made of multiple components that are interact with biological systems. Biomaterials are used in medical applications to augment or replace a natural function. Biomaterials and Medical Devices indirect contact with biological systems.In medical applications, biomaterials can be implanted to replace or repair missing tissue. Biomaterials such ascollagen membranes and bone substitutes are used regularly in regenerative dentistry as well as for bone and cartilage regeneration in orthopedics.
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The word energy material is used to define any material which can react to release energy. Energy materials are a class of materials with high amount of stored chemical energy that can be released. Energy materials encompass a broad class of materials that may have applications in energy conversion or transmission. And also, energy materials can play a role in reducing the power consumption or efficiency of existing devices. Research in energy materials is broad, spanning from engineering devices. The type of energetic material is enormously broad and includes everything from common fuels used to power automobiles such as gasoline and diesel, all the way up to high explosives such as gun-powder, dynamite, and TNT.
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Polymer Technology is an integrated precision injection molder of ceramics, advanced polymers and metals which are supporting the Medical, Defense, Aerospace and Industrial sectors. Polymer Technology used in the fields of electronics and electrical materials, textiles, aerospace industry, automobile industry, etc. The recent developments of Polymer Technology have advanced the field of material science growing the use of polymer based substances from Electrical engineering, Communications, building materials to Packing materials, Fancy decoration articles, Automobile, Aircrafts, etc.
Plastic is containing of a wide range of synthetic or semi-synthetic organic compounds that are malleable and can be molded into solid objects. Plasticity is a property of all materials which can deform irreversibly without breaking but, in the class of moldable polymers, this occurs to such a degree that their actual name derives from this specific ability. Plastics are usually organic polymers of high molecular mass and often contain other substances.
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Advanced materials defined to refer all materials that represent advances over the traditional materials that have been used for thousands of years. Advanced materials include, smart materials, semiconductors, biomaterials and nanoengineered materials. Advanced Materials Science is focused on the study of novel construction materials used in information technologies, accurate mechanical engineering, space engineering, medicine, and other fields. Nanodevices have an enormous impact to enhance control pollution, improve human health and longevity, produce food and energy conversion. These are critical enablers that will permit mankind to exploit the ultimate technological capabilities of mechanical, magnetic, electronic, and biological systems.
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Materials physics is describe the physical properties of materials. It is a synthesis of physical sciences such as materials science, chemistry, solid mechanics and solid state physics.
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Smart materials are materials that have one or more properties that can be significantly changed in a controlled technique by external stimuli, such as electric or magnetic fields, stress, moisture, light, temperature, pH, or chemical compounds. Smart materials also called as intelligent or responsive materials. The applications of Smart materials are including sensors and actuators, or artificial muscles, particularly as electroactive polymers.
Hybrid materials are composites combination of two or more materialsat the nanometer or molecular level. Usually one of these compounds is inorganic and the other one is organic in nature. Therefore, they are different from traditional composites where the constituents are at the macroscopic (micrometer-millimeter) level. Mixing at a microscopic scale leads to a more homogeneous material that moreover shows characteristics in between the two original phases or two new properties. Particulate and fiber composites are examples of one type of hybrid, but there are many others: segmented structures, sandwich structures, lattice structures etc.
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Computational materials science involves computational tools for solving materials interconnected problems. There are Different mathematical models for investigating problems at multiple length and time scales which helps to understanding evolution of material structures and how these structures effectively control material properties. At electronic level, Density Functional Theory (DFT) is a trendy computational tool while Molecular Dynamics (MD) and Monte Carlo (MC) methods are considered as preferred tools for atomistic simulations. Phase-field Method (PFM) is regularly used for materials problems at micron and mesoscale (between micro and nano) regimes.
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Nanostructured materials are solid materials with at least one characteristic structural length in the order of a few nanometres.
Structural materials are used or studied mainly for their mechanical properties, as opposed to their optical, electronic, magnetic or chemical characteristics. This can include a materials response to an applied force, whether this response is elastic or plastic, hardness, and strength. A nanostructure is a intermediate size between micro and molecular structures.
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Metallurgy is a field of materials science which is used to study the physical and chemical behavior of metallic elements. Metallurgy is used to separate the metals from their ore. It also concerns the chemical, physical, and atomic properties and structures of metals and the principles whereby metals are combined to form alloys. The science of metallurgy is categorized into chemical metallurgy and physical metallurgy.
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Carbon materials take various forms including graphene, carbon black, activated carbon, fullerene, graphite, carbon fiber, carbon nanotube and diamond. These forms differ significantly in the applications, structure, properties and fabrication method. The applications of these carbon forms include environmental, electronic, electromagnetic, electrochemical and biomedical applications.
Graphene is the world’s first 2D material and is the most flexible, thinnest and strongest material. Graphene is a special form of carbon can conduct electricity and heat better than anything else. Graphene is essentially one single layer of graphite, a layer of sp2 bonded carbon atoms arranged in a honeycomb (hexagonal) lattice.
2D Materials also called as single layer materials, are crystalline materials consisting of a single layer of atoms. The applications of materials in photovoltaics, semiconductors, electrodes and water purification.
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Glass is a non-crystalline material i.e. most transparent and has widespread practical, technological, and decorative uses in, window panes, tableware, optics and optoelectronics. Container glass and ordinary glazing are produced from a particular type of glass called soda-lime glass, composed of approximately calcium oxide, 75% silicon dioxide, sodium oxide from sodium carbonate and several minor additives. Glass can be colored by adding metallic salts, and also be painted and printed with vitreous enamels.
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A ceramic is an inorganic non-metallic solid made up of either metal or non-metal compounds, often crystalline oxide, nitride or carbide material that have been shaped and then hardened by heating to high temperatures. Ceramic materials are brittle, hard, strong in compression and weak in shearing, tension and corrosion-resistant. Ceramics exhibit very strong ionic (and/or) covalent bonding. The foremost compositional classes of engineering ceramics are the oxides, nitrides and carbides. Engineering ceramics are used to manufacture components for applications in various tappet heads, industrial sectors, electronic devices and turbocharger etc.
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Composites are materials which are physically made up of two or more different or artificial elements with different physical or chemical properties that are stronger than those individual materials. There are varioustypes of composites, one is Fibre reinforced polymer composites and another one is Particle reinforced composites. Fibre reinforced polymer composites also known as polymer matrix composites. Composites are used broadly in to make tennis, aviation, for helicopter rotor blades, in sport, badminton and squash racquets, and in boats such as kayaks and dinghies.
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Material characterization is the progression of measuring and determining physical, chemical, mechanical and microstructural properties of materials. It describes the features of the composition and structure including defects of a material that are considerable for a particular preparation, study of properties.
Materials theory is a research field which focuses on modeling, predicting, and designing materials. Using simulator-based methods based on theoretical solid-state physics and materials mechanics, we can resolve material behavior and predict material properties, develop model systems for materials in their complex application or industrialized context and reduce them to the decisive factors.
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A dielectric material is a substance that is a poor conductor of electricity, but an efficient supporter of electrostatic field s. If the flow of current between opposite electric charge poles is kept to a minimum while the electrostatic lines of flux are not impeded or interrupted, an electrostatic field can store energy. Dielectric materials are also used in the construction of radio-frequency transmission lines.
Piezoelectric materials are materials that have the ability to generate internal electrical charge from applied mechanical stress. The piezoelectric effect results from the linear electromechanical interaction between the mechanical and electrical states in crystalline materials with no inversion symmetry.
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Bioinspired materials are synthetic materials whose structure, properties those of natural materials or living matter. Bioinspiration is the advancement of new materials, structures and devices which are motivated by solutions originate in biological systems and biological evolution. Bio-Inspired Materials and Systems brings together a diverse group of complementary researchers with the goal of developing functional, programmable, and responsive materials for deployment in soft robotic systems.
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Metal Casting Technology is a process which is used to produce casts by pouring molten metal into a cavity of shape and allow it to cool and solidify. The solidified part is called as casting. Casting is most used for making complex shapes that would be difficult to make by other methods. Casting processes have been widely used for sculpture, jewellery in precious metals, and weapons and tools. Metal casting used in firefighting equipment, water hydrants, gears, decorative hardware, bronze plaques, military transportation, plumbing parts, value parts, electrical hardware, precision machinery and other industries.
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Crystallography is a branch of science that deals with discerning the arrangement and bonding of atoms in crystalline solids with the geometric structure of crystal lattices. Typically, the optical properties of crystals were of value in chemistry and mineralogy for the recognition of substances. Modern crystallography is basically based on the analysis of the diffraction of X-rays by crystals acting as optical gratings. Using X-ray crystallography, chemists are able to determine the internal structures and bonding arrangements of minerals and molecules, including the structures of large complex molecules, such as proteins and DNA.
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Condensed-matter physics is a branch of physics that descipline the thermal, elastic, electrical, magnetic, and optical properties of solid and liquid substances.It also studies the properties of the large collections of atoms that arrange both natural and synthetic materials. The roots of condensed-matter and materials physics lie in the discoveries of quantum mechanics in the early part of the 20th century. Because it deals with properties of matter at ordinary chemical and thermal energy scales, condensed-matter and materials physics are the subfield of physics that has the largest number of direct practical applications.
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Mineralogy is the systematic study that deals with the characteristics of minerals. Physical mineralogy is the study of physical properties of minerals. Chemical mineralogy is the study of chemical formula and chemical properties of the minerals. Environmental mineralogy studies complex and very different conditions of the origin of minerals, natural and industrial effects of minerals, understand element behavior in echo-systems and mitigates potential contamination problems. Descriptive mineralogy deals with the classification of minerals into groups based on their common properties, mostly chemical and structural properties.
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Semiconductors are used in the manufacture of a variety of kinds of electronic devices, including diodes, transistors, and integrated circuits. Semiconductors in their natural state, poor conductors because a current requires the flow of electrons, preventing the whole flow of new electrons and semiconductors have their valence bands filled. Semiconductors materials such as gallium arsenide (GaAs), silicon (Si) and germanium (Ge) have electrical properties somewhere in the middle, between those of a “conductor” and an “insulator”.
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Chemistry is the branch of science that deals with the properties, composition, and structure of substances, and the energy that is released or absorbed during these processes. Chemistry is also concerned with the utilization of natural substances and the creation of artificial ones. Fermentation, glass making and metallurgy are the all chemical processes that date from the beginnings of civilization. Today semiconductors, vinyl, Teflon, liquid crystals and superconductors represent the fruits of chemical technology.
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Optics is the science of light. A branch of physics that studies electromagnetic radiation, its interactions with matter and instruments used to collect information due to these interactions. Optics includes the study of sight. Physical optics deals mainly with the nature and properties of light itself. Geometrical optics deals with the principles that govern the image-forming properties of lenses, mirrors, and other devices that make use of light.
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Materials Science Market Overview
Overall, the U.S. dental materials market was valued at approximately $1.4 billion in 2016. This is expected to increase over the forecast period at a CAGR of 4% to exceed $1.8 billion.
The growth potential of different dental material markets will vary significantly between 2016 and 2023. Markets can be separated into three categories according to their expected growth rates. The first category is composed of direct restoratives, dental cements and dental local anesthetics, which is driving the market forward with higher-than-average expansion. The second category encompasses core build-up materials, impression and bonding agents, which will maintain a steady, but slower growth rate. The final category includes the declining temporary restorative materials segment, which is declining as a consequence of the increasing popularity of CAD/CAM dentistry.
The Material Testing Market is segmented on the basis of Material Type, End-User Type, Product Type, and Regional Analysis. Material type is segmented on the basis of Plastics, Metal, Ceramics and Composites, Rubber and Elastomer and Others. The Materials testing market is projected to increase more than $786 Million by 2023 at a CAGR of 5% in the given estimate period.
The U.S. fencing market is estimated to reach $11,687.7 million by 2025, according to a new report by Grand View Research, Inc. A booming construction industry for the residential and commercial buildings in the country is acting as a foremost catalyst in helping the market grow. The majority of demand for fences originates in the same sector as security and privacy concerns are on the rise. The demand for U.S. fencing market is estimated to gain traction owing to the growing residential sector and real estate developments. The market is projected to register a CAGR of 5.4% over the forecast period.
The armor materials market is anticipated to grow from projected $8.67 Billion in 2017 to $ 12.11 Billion by 2022, at a CAGR of 6.92% during the forecast period. The growth of this market is primarily attributed to the changing battlefield scenarios and development of highly developed weapons and ammunition which in turn is expected to lead to an raise in the demand for better and more effective armor solutions. On the basis of application, the armor materials market has been classified into body armor, civil armor, vehicle armor, aerospace armor and marine armor. The body armor segment is estimated to grow at the highest CAGR between 2017 and 2022. Based on region, the armor materials market has been segmented into South America, North America, Europe, Asia Pacific and the Middle East & Africa. North America is the biggest market for armor materials and is anticipated to continue to lead the market by 2022. The US is a foremost armor materials end user in the region as well as globally, owing to rising homeland security concerns due to terrorism. The Asia Pacific is projected to be the fastest-growing market for armor materials driven by increasing defense budgets, military modernization programs, rising tensions between countries in the region, along with terrorism and insurgency incidents.
Advanced Materials usually have more properties than conventional materials available. They can outperform conventional materials, in terms of their applications. They are materials that are novel or have undergone modifications in existing materials to gain superior performance with respect to one or more characteristics that are essential for the applications under consideration. According to the report, the global Advanced Materials market was valued at US$ 42.76 Bn in 2015 and is anticipated to reach US$ 102.48 Bn by 2024, expanding at a CAGR of 10.4% between 2016 and 2024.
Europe Building Materials Market, By Product: Lumber generated over USD 70 billion revenue in 2017. Lumber or timber has become an essential material among other products due to its excellent mechanical characteristics. It is essential to attain the FSC-certification, as these labelling offers product performance guarantee. Hardwood and softwood are the basic types used in the construction market for excellent structural forming. Lumber components are widely used in making and framing structures of housing roofs, furniture, and the outer basic structure mainly fuelling Europe building materials market size.
The Europe Nanomaterial Market generated revenue of $2,536 million in 2015 and is estimated to achieve $9,078 million by 2022 with a CAGR of 20.0% during 2016-2022. The report focuses on recent market trends and future growth opportunities of nanomaterials in industries. It also emphasizes the various types of nanomaterials that are commercially available in the market, namely, carbon based, oxides, dendrimers, nanoclay, and nanocellulose. It also analyzes the current market trends of nanomaterials in different countries in Europe and suggests the future growth opportunities by analyzing government regulations & policies, which can further increase the consumer acceptance in that region.
The Europe Smart materials exhibit responsiveness in a controlled manner in environments that change. With a distinctive molecular structure, smart materials respond to a wide range of exterior stimuli such as electric fields, magnetic fields, pressure, temperature, moisture, and chemicals. The Europe Smart Materials market growth is 12.1% CAGR during the forecast period 2017-2023
The high demands of material testing in various industries are driving the material testing market. The material testing market is expected revenue of $ 633.6 Million in 2017 and is estimated to achieve $785.7 Million by 2022, at a CAGR of 4.4% from 2017-2022.
The Asia Pacific industrial fasteners market size was projected at $31.22 billion in 2017. The product plays a essential role in the largest part major industries, including shipbuilding, automotive, aerospace and industrial machinery. Rapid growth of these industries on account of increasing mechanization in residential and industrial construction is expected to propel product demand.
Asia Pacific is a key exporter, with China, Taiwan, and Japan emerging as leading manufacturing countries. The market presents low barriers to new entrants in terms of technology and raw material supply. However, these players face the challenge of sustaining in a highly competitive environment formed by well-established existing players with a large customer base.
The plastic fasteners segment is likely to exhibit a CAGR of 5.6% over the projected period, on account of their rising application scope in the automotive industry. Application of these products in automotive manufacturing reduces overall vehicle production cost and weight, thereby improving performance and reducing carbon footprint.
Smart Materials constitute a class of advanced materials capable of sensing and responding to a wide variety of stimuli that can include nuclear radiation, electric and magnetic fields, temperature, pressure, mechanical stress, hydrostatic pressure and pH change. This next generation of intelligent materials displays adaptive capabilities and alters its physical properties such as viscosity, shape and stiffness in a specified manner. Smart Materials have multiple functionalities, such as self-adaptability, self-sensing, self-healing and memory, which allow them to be used in a variety of applications.
Phase Change Materials (PCMs) constitute the largest growing material type with a robust 20% CAGR in the global market for Smart Materials. The increasing application of structural products in applications, such as shipping and packaging, building resources, electronics cooling and energy storage would further propel demand for these materials. Piezoelectric Materials corner is the largest share of the global Smart materials market, accounting for a forecast 66% share in 2018.
Materials Science Associations & Societies in USA
International Association of Advanced Materials/Metals & Materials Association/International Association of Nanotechnology/Nanotechnology Industries Association/Centre for Advanced Materials/United States Advanced Ceramics Association/Centre for Advanced Materials and Related Technology/American Composites Manufacturers Association/International Art Materials Association/Brazilian Association of Metallurgy, Materials and Mining/Nanotechnology Industries Association/Advanced Materials Research Center/The Ontario Clay and Glass Association/Canadian Association for Composite Structures/Canadian Plastics Industry Association/Association of Power Producers Of Ontario/Canadian Construction Association/Canadian Electricity Association/The Canadian Hydrogen and Fuel Cell Association/Canadian Nuclear Association/Canadian Geothermal Energy Association/The Mining Association of Canada/Canada Fuel Cell Industry Developments/Canadian Plastics Industry Association/Canadian Solar Industries Association/Nova Scotia Offshore Energy Research Association/Green Energy-Canadian Environmental Law Association/International Association for Hydrogen Energy/Mar-Bal Composites Industry Associations/Energy Bar Association/Brazilian Polymers Association/The Association of Plastic Recyclers/Alberta Plastics Recycling Association/Canadian Association of Recycling Industries/The Polymer and Composites Industry Association/Canadian Association for Composite Structures and Materials/Canadian Association for Composite Structures/National Association of Steel Pipe Distributors/Toronto Steel Buyers & Associates/Canadian Welding Bureau/Association of Women in the Metal Industries/Canadian Association of Importers & Exporters/Aluminium Association of Canada/Canadian Steel Producers Association/Canadian Foundry Association/The Mining Association of Canada/Ontario Sheet Metal Contractors Association/Associations-Agway Metals Inc/Architectural Glass & Metal Contractors Association/Mining Associations and Organizations/Canadian Steel Producers Association/Aluminum Association of Canada/British Columbia Sheet Metal Association/Canadian Association of Surface Finishing/Canadian Construction Association/Canadian Copper and Brass Development Association/Precision Metalforming Association/The National Coil Coating Association/Fabricators & Manufacturers Association/Brazilian Metallurgy and Metals Association/Brazilian steel association/Materials Research Society/American Chemical Society/The American Ceramic Society/Metallurgy & Materials Society/Nano Canadian Society/American Nano Society: Nanotechnology Community/The Ontario Clay and Glass Association/American Society for Composites/Polymer Processing Society
Materials Science Societies in Europe
European Materials Research Society/The Federation of European Materials Societies/German Engineering Materials Science Centre/Swiss Federal Laboratories for Materials Science and Technology/European Nanoscience and Nanotechnology Association/Nanotechnology Industries Association/European Nanotechnology Trade Association/The Federation of European Materials/The European Ceramic Industry Association/The European Composites Industry Association/European Association for ETICS/European Plastics Distributors Association/Polymer Associations/Ceramic Association of La Borne/Association of Advanced Ceramics French Manufacturers/Associations of Ceramics Cities/Morbi Ceramic Association/Nanotechnology Industries Association/European Plastics Distributors Association/Plastics Industry Association/Trade Associations/New German Plastics Federation/European Bioplastics e.V/The German Ceramic Society/Composites Germany/German Association of Nanotechnology/The British Plastics Federation (BPF)/Polymer Machinery Manufacturers and Distributors Association/The Telford Polymer Association/Rubber and plastic trade associations/Scottish Plastics and Rubber Association/Rubber and Plastic Research Association (RAPRA)/Bio-based and Biodegradable Industries Association (BBIA)/Flexible Packaging Association/The British Composites Society/Composites UK/UK Pottery Associations/Craft Potters Association/Northern Potters Association/Westcountry Potters Association/Craft Potters Association of Great Britain/Branch Association Polymers/Italian Industry Association for Composite Materials/Spanish Association of Plastics Industry/European Plastics Converters/Spanish Association of Cities of Ceramics/Spanish Ceramic Tile Manufacturers Association/Association of Steel-Concrete Composite Structures/European Photovoltaic Industry Association (EPIA)/International Association for Energy Economics/Spanish Renewable Energy Association/Helmholtz Association of German Research Centers/German Energy Storage Association/German Solar Industry Association/German Association of Energy and Water/German Solar Association/The German Building Materials Association/Association of German Dental Manufacturers/German Association of the Automotive Industry/Construction Products Association/Fuel Cell and Hydrogen Energy Association/Natural Materials Association board/Advanced Porous Materials Association/French-Chinese Association of Energy/The Energy Materials Industrial Research Initiative Association/Italian Association for Metallurgy/London Materials Society/The Institute of Materials, Minerals & Mining/Materials Societies Oxford Materials/Royal Society of Chemistry/European Materials Research Society/Oxford University Materials Society/Polish Materials Science Society/Polish Society for Biomaterials/European Ceramic Society/European Society for Biomaterials/Society for Biomaterials/Scandinavian Society for Biomaterials/The German Ceramic Society/European Society for Composite Materials/The Polymer Society/Society of Chemical Industry/Wey Ceramics Society/The Oriental Ceramic Society (OCS)/Tiles & Architectural Ceramics Society (TACS)/United Kingdom Society for Biomaterials/Energy Materials Group
Materials Science Societies in Asia
Asian Australasian Association for Composite Materials/Asia Pacific Academy of Materials/Asian Nanoscience and Nanotechnology Association/Korea Contemporary Ceramic Artists/Korea Fine Ceramic Association/Shanghai Ceramics Association/China Ceramic Industry Association Manufacturers/Shandong Ceramics Association/Asian Polymer Association/Asia Superabsorbent Polymers Industry Association/Malaysian Plastics Manufacturers Association/The Japan Plastics Industry Federation/Japan Urethane Raw Materials Association/Thermosetting Plastics Industry Association/Japan Fluoropolymers Industry Association/Japan Styrene Industry Association/Polyethylene pipe and fittings for facility water association/Japan BioPlastics Association/Glass Fiber Association of Japan/The Carbon Fiber Manufacturers Association/Japan Hygienic Olefin And Styrene Plastics Association/The Japan Society of Polymer Processing/Japan BioPlastics Association (JBPA)/China Scrap Plastic Association/China Plastics Piping Association/Japan Chemical Industry Association/Japan Carbon Fiber Manufacturers Association/Japan Flavour and Fragrance Materials Association/China Insulation & Energy Efficiency Materials Association/China Building Materials Industry Association/Functional Materials (Singapore) Committee/Sustainable Energy Association of Singapore/Hong Kong Energy Conservation Association/Hong Kong-International Association for Energy Economics/International Council of Chemical Association/Hong Kong Construction Materials Association/Hong Kong Association of Energy Engineers/The Hong Kong Metals Manufacturers Association/Hong Kong Precious metals traders association/China nonferrous metals industry association/China Iron and Steel Association/Japan Mining Industry Association/Japan Metal Stamping Association/Japan Stainless steel Association/Japan Carbon Fiber Manufacturers Association/Japan Chemical Fibers Association/China carbon fiber and composites association/Association of Malaysian Medical Industries/Materials and Energy Research Center/Building Materials Distributors Association/Malaysian Iron and Steel Industry Federation/Malaysia scrap metal association/African Materials Research Society/Asia Pacific Society for Materials Research/Chinese Materials Research Society/Materials Research Society of Singapore/Asian Society for Colloid and Surface Science/Asian Crystallographic Association/Materials Research Society of Serbia/Korean Society for Composite Materials/The Korean Ceramic Society/The Chinese society for metals
Materials Science Societies in Middle East
Turkish Ceramics Federation/Iranian Scientific Association of Energetic Materials/Materials and Energy Research Center/Foundational meeting of the Association of Materials Science/Iran Renewable Energy Association/Iranian Scientific Association of Energitic Materials/Iranian Cement Industry Association/Iranian Geothermal Energy Association/Iran National Plastic Association/National Association of polymers and plastics industries/Iran Masterbatch and Compound Producer Association/Iran Polymer and Petrochemical Institute/Turkish Chemical Manufacturer's Association/Turkish Steel Exporters' Association/Istanbul Minerals & Metals Exporters Association/Industrial Fabrics Association/Iranian Metallurgical and Materials Engineering Society/Iranian Nanotechnology Society
Materials Science Journals
European Journal of Material Sciences/ACS Nano/Journal of Materials Chemistry A/Journal of Materials Chemistry B/Nature Nanotechnology/Progress in Materials Science/Progress in Polymer Science/Materials Horizons/Materials science publications-Materials Today/Elsevier's materials related journals/European Journal of Scientific Research/European Journal of Materials Science-Taylor & Francis Online/Journal of Materials Science-Springer/Materials Horizons-Royal Society of Chemistry/Journal of Composite Materials-SAGE Publications Ltd/Nature Materials/Journal of Materials Science and Research-Gavin Publishers/European Journal of Material Sciences (EJMS)-EA Journals/Frontiers in Materials Chemistry-A/European Journal-Wiley Online Library/Journals-IOPscience/International Journal of Material Forming-Springer/Advanced Materials-Wiley Online Library/Advanced Materials-Scimago/Journal of Science: Advanced Materials and Devices-Elsevier/Advanced Materials Research-Scientific.net/Advanced Materials-Wiley VCH/Journal of Science: Advanced Materials and Devices-Sciencedirect/Advanced Materials-Phys.org/Advanced Materials Letters-VBRI Press/REVIEWS ON ADVANCED MATERIALS SCIENCE-De Gruyter/Science of Advanced Materials-ASP/Journal of Advanced Materials-SAMPE/International Journal of Advanced Materials Research-Publons/Journal of Materials & Design Elsevier/Journal of Materials & Design -ScienceDirect/Materials and Design-Scimago/Journal of Nanotechnology-Hindawi/Journal of Nanotechnology-Springer/Nanotechnology Journals-AzoNano/Nanomaterials and Nanotechnology: SAGE Journals/Nanomaterials-MDPI/Journal of Nanomaterials-Hindawi/Journal of Nanomaterials-Scimago/Nanomaterials publications-Materials Today/Energy Materials-Taylor & Francis Online/Advanced Energy Materials-Wiley Online Library/Journal of Energy Storage Materials-Elsevier/Energy publications-Materials Today/Journal of Ceramics International-Elsevier/Journal of Advanced Ceramics- Springer
Materials Science Universities in USA
McGill University/McMaster University/Queen's University/Royal Military College of Canada/Ryerson University/University of Toronto/University of Waterloo/University of Windsor/University of São Paulo/The University of Campinas/Federal University of São Carlos/Federal University of Minas Gerais/Federal University of Rio Grande do Sul/Federal University of Santa Catarina/National Autonomous University of Mexico/Northwestern University/Stanford University/University of California/University of Illinois/University of California/Cornell University/University of Michigan/Pennsylvania State University/Carnegie Mellon University/Carnegie Mellon University/Binghamton University/Boise State University/Boston University/Brown University/Auburn University
Materials Science Universities in Europe
University of Oxford/University of Cambridge/Imperial College London/The University of Sheffield/University of Birmingham/Queen Mary University of London/Queen's University Belfast/Bangor University/Brunel University London/Sheffield Hallam University/University of Southampton/University of Bristol/Nottingham Trent University/Cardiff University/University of Leeds/University of Glasgow/Loughborough University/University of Exeter/Swansea University/Dresden University of Technology/RWTH Aachen University/University of Erlangen-Nuremberg/The Technical University of Munich/University of Münster/The Technische Universität Darmstadt/The University of Bologna/The Sapienza University/Polytechnic University of Turin/The Polytechnic University of Milan/University of Paris-Saclay/PSL Research University/University of Lyon/Languedoc-Roussillon Universities/University of Barcelona/Polytechnic University of Catalonia/The University of the Basque/The Autonomous University of Barcelona/Autonomous University of Madrid/Delft University of Technology/Eindhoven University of Technology/Utrecht University/University of Groningen/ETH Zurich/Warsaw University of Technology/AGH University of Science and Technology/Wrocław University of Science and Technology/University of Patras/University of Ioannina/University of Crete/University of Rijeka/University of Leoben/Vienna University of Technology/Graz University of Technology/Catholic University of Leuven/Ghent University/University Catholique of Louvain/National Metallurgical Academy Of Ukraine/Uppsala University/Chalmers University of Technology/The Norwegian University of Science and Technology/Charles University in Prague/Czech Technical University in Prague/Brno University of Technology/Politehnica University of Bucharest/Technical University of Denmark/Aarhus University/Aalto University/University of Helsinki/Tampere University of Technology
Materials Science Universities in Asia
Tohoku University/University of Tokyo/Kyoto University/Osaka University/Kyushu University/Hokkaido University/East China University of Science and Technology/Dalian University of Technology/Wuhan University of Technology/Lanzhou University/Shandong University/Donghua University/Universitas Indonesia/National University of Singapore/Nanyang Technological University/Nanyang Polytechnic/Singapore University of Technology/City University of Hong Kong/The Hong Kong Polytechnic University/Hong Kong University of Science and Technology/Korea University/Seoul National University/Pohang University of Science and Technology/Sungkyunkwan University/Hanyang University/University of Malaya/UniversitiSains Malaysia/Universiti Putra Malaysia/UniversitiTeknologi Malaysia
Materials Science Universities in Middle East
Istanbul Technical University/Middle East Technical University/King Abdullah University of Science & Technology/King Saud University/King Fahd University of Petroleum and Minerals/Ain Shams University/Qatar University/Technion Israel Institute of Technology/Ben-Gurion University of the Negev/Kuwait College of Science & Technology/Iran University of Science & Technology/Isfahan University of Technology/Amirkabir University of Technology (AUT)/University of Tehran/Islamic Azad University/Sharif University of Technology
Materials Science Institutes in USA
Georgia Institute of Technology/Illinois Institute of Technology/Air Force Institute of Technology/California Institute of Technology/Massachusetts Institute of Technology/Virginia polytechnic institute and state university
Materials Science Institutes in Europe
Materials Science Institutes in Asia
Tokyo Institute of Technology/Korea Advanced Institute of Science and Technology/Harbin Institute of Technology/Gwangju Institute of Science and Technology/Korea Advanced Institute of Science and Technology/KTH Royal Institute of Technology
Materials Science Institutes in Middle East
Materials Science Companies in USA
Matterport. Private Company/BASF. Listed Company/Formlabs. Private Company/Twist Bioscience.Private Company/Dow Chemicals.Listed Company/TechStars. Private Company/Oxford Nanopore Technologies/Nature Works Private Company/PyroGenesis Canada Inc./Advanced Materials and Manufacturing/Rayonier Advanced Materials/Coorstek Advanced Materials Hamilton/Advanced Polymer Materials Inc/Toda Advanced Materials Inc/Advanced Pavement Technologies/AdvanceTEC/Advano/Advenira Enterprises/Advion BioSciences/AEgis Technologies Group/AEP Technology/Aerotech/AFMWorkshop/AGI Abbie Gregg/Agilent Technologies/Air Products and Chemicals Inc./AIST-NT/AJA International/Akonni Biosystems/ALB Materials/ALD Nanosolutions/Alexium/Alfa Aesar/Alien Technology/Alio/Allegiance NanoSolutions/Alliance Test Equipment/Allwin21/Alpha Szenszor/Altogen Biosystems/AMAG Pharmaceuticals/American Elements/Amphibian Systems/Amprius/AMRI-Albany Molecular Research/Amtech Systems/AnaSpec/Anatech/Anchor Semiconductor/Anderson & Steinssen/Angstrom Sciences/Angstron Materials/10 Angstroms/3D Systems/3DIcon/3DM/4Wave/A & A Company/Abeam Technologies/Accelergy/Accium/ACS Material/Aculon/ADA Technologies/Advance Reproductions/Advanced Ceramic Materials/Advanced Diamond Technologies/Advanced Energy Industries/Advanced Micro Devices (AMD)/Advanced Nano-Coatings/Advanced Optical Technologies/Advanced Research Systems/Advanced Surface Microscopy
Materials Science Companies in Europe
Bituline Industries s.a/Crown Tiles/Davuka GRP Ltd./Eliza Tinsley Ltd/Goonvean Ltd./Grace/Inter Metal/James Burrell/Kents Direct/Latty International/Tremco Global Sealants/Lubrizol Advanced Materials Realty Europe BVB/Hanwha Advanced Materials Europe s.r.o/Huntsman Advanced Materials (Switzerland) Sàrl/Quadrant Plastic Composites Slovakia s.r.o./Mitsubishi Chemical Advanced Materials AG/Morgan Advanced Materials/Sumika Polymer Compounds (UK) Ltd/Longfield Polymers/Formulated Polymer Products Ltd/Longfield Polymers/Axion Polymers/Alpha Polymers Ltd/UK Plastic Manufacturing/Northern Polymers and Plastics Ltd/ELIX Polymers/Ocean Polymers/Construction Materials Testing Ltd/Brick-ability Holdings Ltd/FlexiTrade/Lafarge Tarmac Ltd/B L Fixings Ltd/D H H Timber Products Limited/Designer Carbon Materials Ltd/Morganite Electrical Carbon Ltd/Gledco Engineered Materials/Erodex (UK) Ltd/2-Dtech/Advanced Hall Sensors/Advanced Material Development/Agar Scientific/Ancon/Andor Technology/Applied Graphene Materials/Applied Microengineering (AML)/Applied Nanodetectors Technology/Aquila Instruments/ATD Bio/BBI Solutions/BGT Materials/Bio Nano Consulting/BOC Edwards/BREC Solutions/Cambridge Display Technology/Cambridge Graphene/Cambridge Innovation Consulting/Cambridge Nanosystems/Cambridge Nanotherm/Carbolite/Ceimig/Cressington Scientific Instruments/Dolomite/Durham Magneto Opics/Edinburgh Instruments/Efficiency Technologies/Element Six/Elliot Scientific/Endomagnetics/Exilica/Fischer Instrumentation/Gearing Scientific/Gographene/Graphene Composites/Graphene Industries/GrapheneLab/Graphitene/Haydale/Heason Technologies Group/Henniker Scientific/Hiden Analytical/Hubron/Inanovate/Inex/Infinitesima/Intrinsiq/Isogenica/Keeling & Walker/Kelvin Nanotechnology/KP Technology/Labocon/LEL Group/Linkam Scientific Instruments/Hiden Isochema
Materials Science Companies in Asia
Asia advanced materials sdn BHD/Advanced Materials Enterprises Company Limited/Mitsubishi Chemical Advanced Materials/Hanwha Advanced Materials/Asia Building Materials Trading Company LLC/Sagar Asia Private Limited/Asia Material Resources Ltd/Material Procurement Asia Ltd/Dextra Asia Co. Ltd/Sumiden Electronic Materials (M) Sdn. Bhd/Mitsui Chemicals Asia Pacific, Ltd./Sumitomo Chemical Asia/Asahi Kasei Corp./UBE Industries, Ltd./KANEKA Corporation/Kuraray Co., Ltd./Shin-Etsu Chemical Co., Ltd./Sumitomo Chemical Co., Ltd./Sekisui Plastics Co., Ltd./Dow Chemical Japan Limited/Tosoh Corporation/Toray Industries, Inc./Toyo Styrene Co., Ltd./Japan Polychem Corporation/PS Japan Corporation/Prime Polymer Co., Ltd./Polyplastics Co.,Ltd./Mitsui Chemicals, Inc./Mitsubishi Chemical Corporation/Admatechs/Advantest/Alnair Laboratories/Ashizawa Finetech/Crestec/Elionix Scientific Instruments/Enplas/Fujifilm/Fujitsu/Fuso Chemical/Hakuto/Hamamatsu Photonics/Hitachi High-Technologies/Honjo Chemical Corporation/HORIBA Jobin Yvon/Hosokawa Micron Group/Jasco/JEOL KRI Inc./Kuramoto/Kuraray/Nano Control/Nano Corporation/Nanocarrier/Nanophoton/Nara/NF Corporation/Nikon/Nippon Shokubai/Nissan Chemical Industries/NTT Advanced Technology Corporation/Rigaku/Samco/Tokyo Seimitsu-Accretech/Topcon/Toray Industries/Unisoku/Zeon Corporation
Materials Science Companies in Middle East
Middle East Building Materials Co. WLL/Imperial Middle East Building Material Trading LLC/Trice Chemicals IND LLC/SchlegelGiesse Middle East Building Materials/Plaza Middle East/Boral Middle East Dubai LLC/Dextra Middle East in Dubai/Solvay in United Arab Emirates/3M United Arab Emirates/Applied Materials, Inc/Arabian Construction Company/Qurain Petrochemical Industries Co./Entekno/Grafen Chemical Industries/Inovenso/Nanografen/Nanografi/Alfields
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All numbers indicates percentage %
All numbers indicates percentage %