Newswise Aug 05, 2025
Immiscible bimetal materials generally possess unique combined mechanical and physical properties due to the significantly different properties of their metal components.
Newswise Aug 05, 2025
Immiscible bimetal materials generally possess unique combined mechanical and physical properties due to the significantly different properties of their metal components.
CompositesWorld Aug 04, 2025
Since its founding in 1957 Zoltek has grown its global carbon fiber capacity and is looking ahead to the five decades under Toray leadership.
CompositesWorld Aug 04, 2025
ORNL researchers have found that dry-processed films incorporating long carbon fibersxA0improves battery electrode strength and conductivity.
PR Newswire Aug 01, 2025
The aerospace composites market presents strong growth potential driven by the demand for lightweight fuel-efficient aircraft and ongoing investments in...
American Composites Manufacturers Association Aug 04, 2025
QHeat and Exel Composites partnered to create a custom composite solution for the Lounavoima waste-to-energy plant in Finland.
JEC - Connecting the World with Composites Jul 29, 2025
Nature Jul 17, 2025
This study investigates how manufacturing defects transform the statistical distribution of failure in carbon fiber-reinforced polymer composites under tension and compression loading. The analysis of tension and compression specimens reveals that defect-free composites exhibit relatively narrow unimodal strength distributions. In contrast specimens with porosity or fiber waviness develop more complex multimodal probability densities with fat-tailed distributions and substantially higher variability. Applying Jensen8217s inequality demonstrates that this increased variability can be assessed to identify higher risk profiles. These findings indicate that defects in composites don8217t simply reduce mean strength values but alter the statistical nature of composite failure transforming thin-tailed unimodal well-behaved distributions into multimodal fat-tailed ones. Such transformation necessitates more sophisticated probabilistic approaches for reliable design and strength prediction in safety-critical applications where understanding tail risk becomes crucial to proper risk management.
CompositesWorld Jul 25, 2025
Additional 53000 square footage will supportxA0complex airframe component delivery for DOD UAS programs.
Imperial College London Aug 05, 2025
COMPOSITE PADEL RACKET - Imperial students designed and tested composite Padel rackets blending advanced analysis manufacturing and real-world sports engineering skills.
news8000.com Aug 05, 2025
WINONA Minn. WKBT -- Students at Winona State University are gaining hands-on experience building components for the automotive industrys future through a specialized composites technology bootcamp that launched this morning.
ScienceDirect.com Jul 05, 2025
ScienceDirect.com Jul 04, 2025
army.mil Jun 17, 2025
Albeni Falls Dam a critical piece of U.S. Army Corps of Engineers USACE Seattle District infrastructure on the Pend Oreille River in Oldtown Idah...
PlasticsToday Jul 07, 2025
Arizona State University Jul 08, 2025
JEC - Connecting the World with Composites Jun 25, 2025
Phys.org Jun 25, 2025
Asia Business Outlook Jun 17, 2025
In an exclusive interview with Thiruamuthan Senior Correspondent at Asia Business Outlook Arvind Goel Vice Chairman of TATA AutoComp Systems shares insights on how advanced composites are transforming Indias automotive sector. He highlights inno
researchgate.net Jun 24, 2025
CompositesWorld Jun 17, 2025
High-temperature aerospace and defense environments pose the ultimate performance challenge.