Guiding and trapping cracks with compliant inclusions for enhancing toughness of brittle composite materials
NR Brodnik, CJ Hsueh, KT Faber… - Journal of …, 2020 - asmedigitalcollection.asme.org
The problem of toughening heterogeneous materials with a stiff matrix and compliant
inclusions is investigated through numerical simulations and experiments. Specifically, the …
inclusions is investigated through numerical simulations and experiments. Specifically, the …
Image-based inertial impact test for composite interlaminar tensile properties
J Van Blitterswyk, L Fletcher, F Pierron - Journal of Dynamic Behavior of …, 2018 - Springer
In this work an image-based inertial impact test is proposed to measure the interlaminar
tensile stiffness and strength of fibre-reinforced polymer composite materials at high strain …
tensile stiffness and strength of fibre-reinforced polymer composite materials at high strain …
[图书][B] Fracture and Toughening of Brittle Structures With Designed Anisotropy
NR Brodnik - 2020 - search.proquest.com
Despite good thermal and chemical properties, the use of ceramic materials in structural
applications is limited by their inherently brittle nature. Efforts have been made to improve …
applications is limited by their inherently brittle nature. Efforts have been made to improve …
Development of image-based inertial impact tests for characterising the high-strain-rate interlaminar properties of composites
J Van Blitterswyk - 2019 - eprints.soton.ac.uk
Reliable measurement of interlaminar properties at high strain rates (∼ 103 s− 1) is very
challenging with existing test methods due to inertia generated by dynamic loading. With the …
challenging with existing test methods due to inertia generated by dynamic loading. With the …