The reduction of both energy consumption and production/maintenance costs in the industry
requires the use of advanced engineering materials with remarkable features, including …

Replacing metallic materials (typically carbon steel bars) with fiber reinforced polymer (FRP)
composites to reinforce marine concrete structures can effectively resolve the corrosion …

In this paper, the energy absorption capability of hybridized carbon fiber-reinforced polymer
(CFRP) composites with Kevlar and glass layers subjected to high-velocity impact loading …

Fiber-reinforced polymer (FRP) bar is increasingly employed, due to their advantages in
higher tensile strength, light weight and corrosion resistance than steel bars. A numerical …

Basalt fiber reinforced polymer (BFRP) tendons are well known for their day-by-day
increasing applications in infrastructural engineering. Advantages like high corrosion …

The purpose of present study is to investigate the effect of global stiffness on the force
response of thin GFRP reinforced concrete slabs simply supported by steel beams under …

An effective and efficient methodology based on a strain-rate-dependent material model that
can be applied to the simulations of ballistic impact on woven composites is presented in …

The mechanical behaviour of strain-rate-dependent materials varies when they are exposed
to dynamic conditions (compared with static ones), and material parameters like modulus …

Fiber-reinforced polymer-based composites may experience various strain rates under
different dynamic loads. As the mechanical behavior of these composites varies with strain …

This study explores the dynamic response of concrete beams reinforced with hybrid glass
fiber-reinforced polymer (GFRP) and steel bars under impact loading. A detailed three …