Design/Simulation
Bcomp, KTM Technologies brake cover listed as finalist for JEC Innovation Awards 2022
Flax fibers were used to reduce the CO2 emission of the motocross brake cover by 82%, with KTM’s Conexus for effective bonding between thermoset and thermoplastic parts.
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Lanxess expands Tepex flowcore composite range
Focusing on lightweight components for cars, sports equipment and consumer goods, the long fiber-reinforced thermoplastic enhances ductility, recylability and processability.
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Biomimicry braiding for load-bearing slender FRP node structures
An interdisciplinary research team has developed a spatially branched, carbon fiber-reinforced, high load-bearing supporting node for consideration in building and construction.
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Cecence, NCC and Gen 2 Carbon develop sustainable airplane seatback
Conducted life cycle analyses found significant benefits using recycled carbon fiber, with an 84% reduction in carbon emissions.
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Predicting and mitigating failure in composite parts
Understanding the complexity of composites manufacturing resides in studying the design challenges inherent to fabrication, as much as the physics aspect. To serve this effort, CW introduces a new column, “Predicting Failure.”
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SABIC, Dongfeng Motors produce composite truck-mounted toolbox
Thermoformed glass fiber-reinforced PP laminate inserts are overmolded with Stamax resin for a 30% lighter part.
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TRB Lightweight Structures contributes composite bodyshell design to passenger train demonstrator
The Revolution VLR (Very Light Rail) passenger vehicle serves to simplify existing rail networks and reopen historical lines, while adhering to rigorous rail and sustainability regulations.
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Sumitomo Bakelite eAxle demonstrator drives forward novel thermoset composite material applications
The fully functional eAxle, a single, compact unit that directly powers electric vehicles, will showcase the project’s newly developed materials and assemblies and validate efficiency improvements and increased design flexibility.
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How to validate 3D-printed composite part performance
Integrated Computational Materials Engineering (ICME) workflow simulates composite material performance to speed development, optimize performance and reduce costs for a redesigned 3D-printed CFRP bracket.
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Resin-infused center console boat configuration proves higher performance, speed, quality
Hayaari Marine employs a revised infusion setup using semi-permeable membranes to eliminate porosity and improve laminate consolidation, reducing about 450 kilograms of resin per boat, and offering 20% weight savings.
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