Tag: Finite element method
Brake pad materials differ in thermal and structural performance
Comparing thermal and mechanical performance of three brake pad material types
Injected tie-rods improved out-of-plane masonry wall capacity
Strengthening masonry walls against earthquake damage with anchored steel rods
Coupled finite element method simulates freeze-induced crack propagation
Modeling how ice formation cracks and breaks rock in frozen environments
Interface angle and connection method affect CFRP joint failure
How joint design and connection methods affect carbon fiber composite structural performance
Mortise-tenon grouted masonry showed improved compressive performance
Masonry structural system enhanced with interlocking joints and fiber-reinforced core material
Cable dynamic response model verified by simulation
Cable stress and vibration analysis for airborne wind energy systems
Updated finite element model matched footbridge vibrations more closely
Updating computer models of a test bridge using experimental vibration measurements
Outer-ligament designs increase stiffness and broaden bandgaps
New metamaterial designs achieve stronger stiffness and wider sound-blocking properties
Rubber-stiffened steel plates showed delamination as the main failure mode
How rubber-stiffened steel plates and rapid-hardening concrete fail under bridge loads
