Composites Materials Testing
Within the context of composites testing, the standard “building block approach” is a step-by-step series of mechanical tests of increasing complexity, coupled with analyses performed at each step, that serves as a framework for designing composite structures. In the building block approach, the levels or “blocks” each serve specific purposes and are addressed sequentially, starting from the bottom: Level 1, Coupon-level testing Level 2, Element testing Level 3, Subcomponent testing Level 4, Component testing

Latest Materials Testing Articles
VIEW ALLPAIramid project drives digital approach to streamline composite aerostructures development, deployment
Multidisciplinary global team will leverage Al and data-driven simulations to make the aerostructure design, development and certification process faster, less costly and more reliable.
Read MoreEmbraer conducts composite structural wing testing for PDNT
New technologies demonstration platform (PDNT), validating innovative processes, methodologies and new materials, exceeded more than 200% of expected progressive load limit.
Read MoreR-Tech Materials offers accredited composite rebar testing
The independent U.K. lab has has developed a comprehensive suite of materials testing capabilities tailored to the growing demands of the construction sector.
Read MoreMercedes-AMG Petronas F1 Team to include sustainable carbon fiber for 2025 Formula 1 season
F1 team has taken first steps to qualify and apply sustainable composites into its W16 race car with help and innovation from industry partners and the FIA.
Read MoreSchrödinger advances materials informatics for faster development of next-gen composites
Cutting time to market by multiple orders of magnitude, machine learning and physics-based approaches are combined to open new possibilities for innovations in biomaterials, fire-resistant composites, space applications, hydrogen tanks and more.
Read MoreDetermining steel/composite failure load of bonded repair assemblies
Bureau Veritas and partners use a novel equivalent interface test specimen and simulation to predict failure load in bonded composite patch repairs to steel structures.
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The composites industry is increasingly recognizing the imperative of sustainability in its operations. As demand for lightweight and durable materials rises across various sectors, such as automotive, aerospace, and construction, there is a growing awareness of the environmental impact associated with traditional composite manufacturing processes.
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Review the state of the art in design, simulation, failure analysis, digital twins, virtual testing and virtual inspection.
LEARN MORELatest Materials Testing News And Updates
Radalytica advances multimodal 3D robotic scanner for composites, future aircraft inspection
Radalytica continues to develop its RadalyX nondestructive testing (NDT) system, merging diverse imaging methodologies for inspection in laboratories to aircraft hangars.
WatchORNL demonstrates lightning strike protection tech for composites
Researchers, led by Vipin Kumar, developed a low-cost, recyclable carbon fiber wind turbine blade tip that showed resilience to high-voltage lightning strikes, with more innovations in store.
Read MoreUniversity of Bristol launches composite materials to space for ISS testing
Next-gen carbon fiber materials will be tested under extreme conditions for 12-18 months to determine their viability in space for use in future space bases, interplanetary travel.
Read MoreAsahi Kasei launches cloud-based CAE platform for FRP deformation prediction
An on-demand mapping tool for anisotropic materials and polymer material fracture prediction model, i-Lupe, aims to help predict impact, crash behaviors.
Read MoreThermoset prepregs meet lightning strike protection specifications
CAMX 2024: A.P.C.M. highlights how its range of epoxy prepreg offerings undergo and surpass lighting strike testing.
Read MoreDigital chemistry platform leverages physics-based modeling for enhanced workflow
CAMX 2024: Schrödinger introduces a digital chemistry software platform, designed to enable researchers to tackle materials challenges across diverse polymer resin and carbon fiber applications.
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The evolution, transformation of DEA from lab measurements to industrial optimization
Over the years, dielectric analysis (DEA) has evolved from a lab measurement technique to a technology that improves efficiency and quality in composites production on the shop floor.
Read MoreProving thermoplastic composites match carbon fiber/epoxy performance in road bikes
CDCQ, LxSim, Addcomp and Argon 18 collaborate to optimize a carbon fiber/PA6 bike seat post, democratizing AFP and demonstrating materials and process for future designs and production.
Read MoreLaser-excited acoustics provide contact-free, nondestructive composites inspection
Xarion’s couplant-free NDT technology uses laser physics and a membrane-free optical microphone, eliminating the requirement for fluid coupling, widening the scope for NDT technology.
Read MorePhotothermal tomography for locating, quantifying defects in composites
Years of infrared testing development result in thermography technology that is no longer just qualitative, but can define defect size and depth, making additional UT scans obsolete.
Read MoreAutomated robotic NDT enhances capabilities for composites
Kineco Kaman Composites India uses a bespoke Fill Accubot ultrasonic testing system to boost inspection efficiency and productivity.
Read MoreDamage tolerance testing of sandwich composites: The sandwich CAI test
A new ASTM-standardized test method established in 2022 assesses the compression-loaded damage tolerance of sandwich composites.
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