Titlebook: Advances in Materials and Manufacturing Engineering; Proceedings of ICAMM Leijun Li,Dilip Kumar Pratihar,Purna Chandra Mishr Conference pro

孤僻

Low Velocity Impact Behavior of Closed-Cell Aluminum Foam Considering Effect of Foam Skin,978-1-349-11928-8

不可磨滅

vertebrate

Design and Analysis of 3-DOF Spatial Serial Manipulator for Warehouse Applications,978-0-230-28649-8

消滅

Glower

發(fā)起

多嘴

Rehabilitation and Habilitation,nt processes in the microscopic level. The present work is a study on the back-extrusion process using finite element analysis using commercially available software. In the back-extrusion process, the workpiece undergoes large deformation. Large deformation subsequently affects the performance of th

中世紀(jì)

Rehabilitation and Habilitation,d water on Nimonic (grade C-263) alloy. The performance measures specifically MRR, TWR, and SR were analyzed and optimized through response surface methodology. Furthermore, regression models were established to study the inter-relationship between the input variables and performance outcomes. Diffe

FER

Rehabilitation and Habilitation, toward the goal: (1) obtain information about the given working space conditions, (2) location of itself, and (3) optimize the decision to reach the target. The current research paper focuses on obtaining an efficient and robust technique to guide the WR. Teaching–learning-based optimization techni

憤怒歷史

Modern Acoustics and Signal Processing the entire trajectory planning problem, an industrial 4-DOF SCARA robot manipulator has been chosen. An error function which is a combination of both error in position and error in orientation coordinates is defined as total objective function for the trajectory optimization assignment. In order to