Experimental Study on Dynamic Compression of Nylon Reinforced Concrete

Qing Ming Zhang; Zhong Ming Gu; Li Chen; Xiao Ying Wang; Shi Sheng Hu

doi:10.4028/www.scientific.net/KEM.326-328.1581

Paper Titles

Fibre-Reinforced Polymers under Impact Load
p.1563

Characterization of Impact Fracture Behavior of Biodegradable PLA/PCL Polymer Blend
p.1569

Dynamic Response and Fracture of High Strength Boride/Alumina Ceramic Composite
p.1573

Dynamic Deformation Behavior of Soft Materials at the Low Temperature Using SHPB Technique and Pulse Shaper
p.1577

Experimental Study on Dynamic Compression of Nylon Reinforced Concrete
p.1581

Experimental and Numerical Analyses of a Head Arm Assembly of a Micro-Drive
p.1585

Driving Sound Noise Characteristics Emitted by Various Optical Disk Drives
p.1589

Nonsymmetric Groove Pattern Design for Precise Micro-Spindles
p.1595

Investigation of the Impact Analysis of Microscale Thin-Walled Structures Manufactured by High-Speed Machining
p.1599

HomeKey Engineering MaterialsKey Engineering Materials Vols. 326-328Experimental Study on Dynamic Compression of Nylon...

Experimental Study on Dynamic Compression of Nylon Reinforced Concrete

Abstract:

Results of tests using two kinds of nylon reinforced concrete samples are described . In order to deal with the heterogeneous effects of samples resulted from large particles which range from7mm to10mm in diameters, a SPH bar which is 74mm in diameter is used. There seems something new and difficult in the method of testing the concrete’s dynamic compressive responses. The results show that there are obvious strain rate effects in both the two kinds of samples , and the failure strength increases with the increasing of the strain rate.