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Prima Project      European project that aims to improve machine tool performance through composite materials and improved polymer concrete. Traditional materials used in Machine-Tool parts have high density when used in mobile parts, high thermal strain, long delivery times and high energy consumption for part production. The PRIMA (Improving Performance and Life-cycle Cost of Machine Tools through Advanced Materials) project aims at the improvement of Machine Tool performance through the application of composite materials and improved polymer concrete Application of advanced composite materials in Machine Tool components will allow : Better performance and competitiveness of Machine Tools (higher speeds, better static and dynamic behaviour of machine, etc.). New suppliers for components of Machines. Formation of designers and technicians in the use of composite materials.Reduction of the ecological cost of machine tools. A new field for the composite materials components providers, so, growth of the sector. URL: http://www-lgm2b.iut.u-bordeaux1.fr/webprima/prima_home.htm Title: Prima Project : Improving Performance and Life-cycle Cost of Machine Tools through Advanced Materials Desc: Category: Materials\ Composites Specialized in:   Web Traffic Analysis     Similar Companies      Alkali-Silica Reaction and High Performance Concrete: Answers the question if high-performance concrete is susceptible to alkali-silica reaction. The paper contains details on the alkali-silica reaction mechanism K3C - Knowledge Circulation Centre Composites: Combines knowledge of companies, research and educational institutes in the field of marketing, product ideas and development. FRP in Structural Design : A brief summary that describes the FRP (fiber reinforced polymer)properties that make them ideal for use as reinforcement in structures, Fatigue Degradation Models of Composites : Academic research on the fatigue behaviour of composite materials. Bending fatigue experiments, development of material models for the damage evolution Advanced Engineered Wood Composites Center: University of Maine. USA Planomers/Nanocomposites: Describes TNO technology in the area of nanocomposites, so-called planomers. Planomers are polymers with nanoscale modified clay particles that enhances Michael Koundouros: Background to the PhD research entitled In-Plane Compressive Behaviour of stiffened thin-skinned CFRP Panels with a Stress Concentrator. Michael Koundouros: Background to the PHD research entitled "In-plane Compressive Behaviour Of Stiffened Thin-skinned CFRP Panels With A Stress Concentrator". MatWeb: Free Online Materials Property Database: Searchable database of over 21,000 engineering materials. Included are thousands of composite molding materials with glass, carbon, aramid, PBO, and Kaha Composites Corporation: Manufacturer of polymer-matrix bearing composite from a wide range of reinforcements and resin systems. CONTACT: E-mail:info@kaha.co.kr   Home | Contact Us | Privacy Notice | Submit Site | Submit Press Release © 2004-2008 MechDir. All Rights Reserved