Deformation Research of T10 Steel at Low Stress Repeated Impact

Jiong Jie Wu; Ge Yan Fu

doi:10.4028/www.scientific.net/AMR.487.445

Paper Titles

Research on the Fatigue Fracture Surface of X60 Pipeline Steel after per-Tension Deformation
p.423

Microstructure and Damping Property of the Discontinuous NiTi SMA Thin Films/PZT Substrate Composite
p.427

Models for Autogenous Shrinkage in Low Water-Binder Ratios Concrete
p.435

Bainite Growth Behavior at the Early Stage of Transformation at Low Temperature
p.440

Deformation Research of T10 Steel at Low Stress Repeated Impact
p.445

Numerical Analysis on Heat Transfer Coefficient of Large Die Steel Quenching
p.449

Design of the Components of the Fe-Based Bulk Amorphous Alloys
p.453

Study on Electrochemical Property of Fe-Based Amorphous Alloys
p.457

Preparation of Porous Ti Plate with Nanograde Pore Size by Dip-Coating Method
p.462

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 487Deformation Research of T10 Steel at Low Stress...

Deformation Research of T10 Steel at Low Stress Repeated Impact

Abstract:

The research use an impact test enginery, choose T10 steel samples, and do a low stress repeated impact collisions experiment. By comparing two kinds of different heat treatment of T10 steel, analyze and research its macro plastic deformation phenomena and plastic accumulation law in low stress repeated collision impact load, and observe its hardness change by hardness microscopicand and its metallographic structure by metallographic microscope to discuss its deformation causes.