Materials
Engineers in all sectors are faced with the challenge of choosing and optimizing materials for increasingly targeted uses and demanding application sectors. Take advantage of a comprehensive support tool on properties, processes and improvement paths to design and implement innovative, high-performance, high value-added materials.
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- General properties of plastics
- Plastics chemistry and physico-chemical analysis
- Plastics additives
- Thermoplastic materials: monographs
- Thermosetting materials: monographs
- Rubbers
- Standardized testing, development and safety of plastics
- Plastics applications
- Plastics and the environment
- Plastics processing: extrusion processes
- Thermoplastics injection processes
- Plastics processing: manufacture of hollow bodies, films and yarns
- Plastics processing: specific composite processes
- Plastics finishing - Polymer additive manufacturing
- Composite materials: presentation and reinforcements
- Characterization and application properties of composites
- Composite applications
- Polymer databases
- [Archives] Plastics and composites
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- Study of metals and alloys: metallic state
- Physico-chemical data on metals and alloys
- Metallographic testing of metals and alloys
- Mechanical testing of metals and alloys
- Methods for characterizing and analyzing metals and alloys
- Properties and uses of steels and cast irons
- Stainless steels, heat-resistant steels and creep-resistant steels
- Non-ferrous metals and alloys
- Advanced metallic materials
- Metallic materials databases
- [Archives] Studies and properties of metals
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- Metal forming: mechanical and thermal aspects
- Metal forming: rheological and metallurgical aspects
- Metal forming: lubrication, rolling and stamping
- Forming steels, aluminum, other metals and alloys
- Powder metallurgy
- Foundries and casting: general aspects
- Metal casting techniques
- Alloy foundries and casting
- Foundry engineering and environment
- [Archives] Metal forming and foundry
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- Heat treatment of metals: general aspects
- Heat treatment of steels, alloys and cast irons
- Surface and thermochemical heat treatments
- Metal surface treatments: context and environmental management
- Metal surface treatments: control and preparation
- Metal surface treatments in aqueous media
- Dry and molten metal surface treatments
- Metal treatments: non-metallic coatings
- [Archives] Metal treatments
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- Ferrous metallurgy
- Ferrous metals: primary metal production
- Steelworks: treatments and processes
- Ferrous metal processing
- Extractive metallurgy
- Processing and recycling of transition metals
- Non-ferrous metal processing and recycling
- [Archives] Metal manufacturing processes and recycling
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- Wood science and technology
- Wood applications
- Paper and cardboard
- [Archives] Wood and paper
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- Glass science and technology
- Ceramics: properties and production
- Ceramics: applications
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- Textile processes
- Technical textiles
- Textile-reinforced composites
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- Bio-sourced materials
- Active and intelligent materials
- Functional surfaces and structures
- Materials with mechanical properties
- Materials with thermal properties and materials for energy
- Materials with electrical and optical properties
- Magnetic materials
- Materials for health and the food industry
- [Archives] Functional materials - Bio-based materials
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- Corrosion and aging: phenomena and mechanisms
- Corrosion prevention and control methods
- Materials: resistance to corrosion and aging
- Corrosion and aging: industrial cases
- Corrosion and aging: industrial cases Tests and expertise
- [Archives] Corrosion - Aging
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