Recycled rubber–steel dampers improve cyclic resistance in laboratory tests
Nine laboratory specimens showed that a recycled-rubber–steel composite damper developed greater cyclic resistance and energy dissipation than a steel-bar design ...
Nine laboratory specimens showed that a recycled-rubber–steel composite damper developed greater cyclic resistance and energy dissipation than a steel-bar design ...
A validated finite element study shows boundary elements can nearly double the fire survival time of earthquake-damaged concrete-filled composite shear ...
Researchers at the Moscow Aviation Institute and UMATEX have combined cyclic compression experiments with theoretical and numerical modeling to predict ...
A new experimental and modeling study reveals how stress amplitude, loading rate, and mean stress drive the cumulative ratcheting deformation ...
Laboratory triaxial testing shows crushed brick-concrete demolition waste can serve as stable railway subgrade fill when cyclic stresses stay below ...
Researchers in South Korea show that wrapping reinforced concrete columns with basalt fiber-reinforced polymer composites can multiply their strength, ductility, ...
New experiments show that columns built around salvaged concrete components, with nearly half their volume made of recycled material, can ...
Full-scale cyclic tests and validated finite element simulations show that sustained gravity loading cuts the in-plane seismic capacity of composite ...
Researchers have developed validated design criteria for steel shear tabs in precast concrete connections that pair with replaceable buckling-restrained brace ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine