Numerical Application in Weight Reduction of Lateral Plate of Rescue Robot

Lih Jier Young

doi:10.4028/www.scientific.net/KEM.462-463.762

Paper Titles

Effect of Sandblasting and Surface Mechanical Attrition Treatment on Surface Roughness, Wettability, and Microhardness Distribution of AISI 316L
p.738

Experimental Investigation on Mechanical Behavior of Moso Bamboo Vascular Bundles
p.744

Surface Modification of Pure Titanium by Nitrogen Ion Implantation at Different Beam Energy and Dose
p.750

Evaluation of Plastic Deformation and Fracture Behaviors by Thermal Image Technique
p.756

Numerical Application in Weight Reduction of Lateral Plate of Rescue Robot
p.762

Strength and Fracture Characteristics of SUS304/AL-Alloy Scarf Adhesive Joint with Various Adhesive Thicknesses
p.768

Damage Analysis and Simulation of Rock under High Pressure Waterjet
p.774

Simulation of a Bio-Adhesion System with Viscoelasticity
p.780

Numerical Simulation of Rock Fracture under High Pressure Water Jet
p.785

HomeKey Engineering MaterialsKey Engineering Materials Vols. 462-463Numerical Application in Weight Reduction of...

Numerical Application in Weight Reduction of Lateral Plate of Rescue Robot

Abstract:

In general, weight reduction will always lower the strength of the specimen. The primary purpose of this paper is weight reduction of lateral plate of rescue robot without causing the strength of it by using the Boundary Element Method (BEM). The dynamical loading conditions are performed before and after weight reduction. The numerical results of the stress distribution and the plastic deformation along the center line (interface) of the lateral plate show that the endure limits of the plate before and after weight reduction are almost the same and therefore, will not lower the strength of the plate.