To study the protective performance of ceramic materials against high-speed penetration projectiles, seven ceramic-reactive powder concrete (C-RPC) composite targets were designed. Using a 100/30 mm two-stage light-gas gun, tests performed at 1.4–2.0 km/s. The results showed that depth C-RPC target body first increased and then decreased as speed increased, corresponding reverse was between 174...

Reactive Powder Concrete (RPC) is a combined material that will allow the concrete industry to enhance consumption, produce economic benefits, be more durable, and environmentally friendly. Due highly dense microstructure of RPC, it performs poorly at high temperatures due formation pore pressure, which causes breakdown. This paper demonstrates outcomes an investigational study behavior six RPC...

To help the community control rainwater puddles and anticipate flooding in RW 07 area, Cipete Village, Pinang District, Tangerang City, Bachelor of Civil Engineering Study Program at Tarumanagara University developed Reactive Powder Concrete (RPC) lightweight concrete technology. The program is to make buis that function as infiltration wells. Infiltration wells are installed a number points lo...

Abstract Studies on the behavior of reactive powder concrete (RPC) columns under eccentric loading are limited. The effect materials used in manufacturing these RPC has not yet been investigated. This research aimed to perform a nonlinear-finite-element analysis determine load-carrying capacity and displacement made different mixes subjected various eccentricities. investigates two types parame...