Composites
Composite engineering is the technology of combining multiple materials in a designed material system to develop synergistic system attributes, wherein the combination of the constituent properties are much greater than the individual materials. For example, steel reinforced concrete combines the excellent compressive strength of concrete with the tensile strength of steel, or stiff carbon fiber with an epoxy resin makes a light weight stiff component for aircraft parts or rocket casing. System design technology is a very important aspect of composite engineering, as are the processing methods, such as filament winding, poltrusion, transfer molding, and infiltration.
Composites structures can be made from organic, ceramic, glass or metal components and homogeneous or heterogeneous mixtures of these materials. Structures are classified with a continuous phase matrix material and a reinforcement material, such as a fiber, rod, platelet, or particulate material.
Following are selected consultants that are skilled in composite material and component technology, listed by specialty. Many other similar experts are in our Expertise Data Base. Contact a CECON specialist to help identify technical experts who exactly meet your needs.
Concrete
Technology, design and use of concrete materials and structures.
Consultant Number: 542, Construction Materials Consultant and Expert Witness
Carbon / Ceramic
Reinforced ceramic and carbon matrix composites for toughness, strength and reliability of use, including toughening with whisker, platelet and fiber reinforcements.
Consultant Number: 343, Heat Transfer Mechanical Engineering Consultant
Consultant Number: 583, Inorganic Carbon, Composites, & Instrumental Analysis
Consultant Number: 799, Mass Spectroscopy Expert: Protein Folding and Fullerene Compounds
Consultant Number: 1212, Composite Materials Engineer, Mold and Tool Maker and Expert Witness: Superconductivity Inventor and Specialist
Consultant Number: 1282, Technical Ceramics Process Expert and Ceramic Market Analyst Including Alumina, Zirconia, Titanates and Composites
Consultant Number: 1280, High Performance Carbon Fiber and Composites Consultant
Design
Design rules for organic, carbon and ceramic composites.
Consultant Number: 343, Heat Transfer Mechanical Engineering Consultant
Consultant Number: 583, Inorganic Carbon, Composites, & Instrumental Analysis
Consultant Number: 542, Construction Materials Consultant and Expert Witness
Consultant Number: 1212, Composite Materials Engineer, Mold and Tool Maker and Expert Witness: Superconductivity Inventor and Specialist
Consultant Number: 1126, Composite Material Design and Manufacturing Consultant and Expert Witness
Consultant Number: 373, Tissue Engineering: Materials and Composites for Body Implants
Consultant Number: 1280, High Performance Carbon Fiber and Composites Consultant
Consultant Number: 1113, Plastic Joining and Welding Expert
Consultant Number: 1433, Composite and Material Consultant: FRP Pipes, Oilfields, Propulsion and Expert Witness
Fibers
Plastic, glass, carbon and ceramic fibers for reinforcing composite structures.
Consultant Number: 343, Heat Transfer Mechanical Engineering Consultant
Consultant Number: 583, Inorganic Carbon, Composites, & Instrumental Analysis
Consultant Number: 770, Plastics Consultant and Materials Engineer
Consultant Number: 952, Business Process Consultant for Technology Development
Consultant Number: 1212, Composite Materials Engineer, Mold and Tool Maker and Expert Witness: Superconductivity Inventor and Specialist
Consultant Number: 1313, Thin Films Deposition Expert : Semiconductor Fabrication
Consultant Number: 1333, Composite Armor Products and Military Business Expert
Consultant Number: 1280, High Performance Carbon Fiber and Composites Consultant
Consultant Number: 1352, Thermoplastic and Composite Materials Consultant
Consultant Number: 1433, Composite and Material Consultant: FRP Pipes, Oilfields, Propulsion and Expert Witness
Consultant Number: 1414, Polymer Consultant: Natural Fibers, Composite Products, Barrier Film and Plastic Forming Technology
Matrix
Plastic, glass, carbon and ceramic matrix materials representing the continuous phase of composite structures.
Consultant Number: 343, Heat Transfer Mechanical Engineering Consultant
Consultant Number: 583, Inorganic Carbon, Composites, & Instrumental Analysis
Consultant Number: 770, Plastics Consultant and Materials Engineer
Consultant Number: 952, Business Process Consultant for Technology Development
Consultant Number: 381, Ceramics Consultant: Surface and Colloidal Science; Sol Gel Processing, Aerogels Nanomaterials and Nano Fabrication.
Consultant Number: 1212, Composite Materials Engineer, Mold and Tool Maker and Expert Witness: Superconductivity Inventor and Specialist
Consultant Number: 1347, Electronic Materials Expert: New Product Development, Acquisitions and Divestitures
Consultant Number: 1280, High Performance Carbon Fiber and Composites Consultant
Consultant Number: 1372, Fluoroelastomer Consultant
Consultant Number: 1414, Polymer Consultant: Natural Fibers, Composite Products, Barrier Film and Plastic Forming Technology
Nanocomposites
The technology and use of very small scale, 100 nanometers or less, fibers, platelets and particles placed in a matrix of polymer, glass, ceramic or metal to produce desired property sets.
Consultant Number: 381, Ceramics Consultant: Surface and Colloidal Science; Sol Gel Processing, Aerogels Nanomaterials and Nano Fabrication.
Consultant Number: 815, Laser Nanotechnology Fabrication Consultant: RF Microwave Circuit Design