Charpy impact test

Analysis of Ductile Fracture Obtained by Charpy Impact Test of a Steel Structure Created by Robot-Assisted GMAW-Based Additive Manufacturing

Ali Waqas, Xiansheng Qin, Jiangtao Xiong, Chen Zheng, Hongbo Wang

引用数: 24 • 2019

A Comparison of Residual Stress in Hammer-Peened, Multi-Pass Steel Welds–A514 (S690Q) and S41500

R. Simoneau, Denis Thibault, J. L. Fihey

引用数: 22 • 2009

Microstructural analysis and mechanical behavior of the HAZ in an API 5L X70 steel welded by GMAW process

V. Dagostini, Ariane Neves de Moura, Temístocles de Sousa Luz, Nicolau Apoena Castro, M. T. D. Orlando, Estéfano Aparecido Vieira

引用数: 22 • 2021

An experimental investigation of the effectiveness of Ar-CO2 shielding gas mixture for the wire arc additive process

Bishal Silwal, Andrzej Nycz, Christopher Masuo, Mark Noakes, David Marsh, Derek Vaughan

引用数: 21 • 2020

Effect of the notch location on the Charpy-V toughness results for robotic flux-cored arc welded multipass joints

Uğur Gürol, Ozan Çoban, İbrahim Can Coşar, M. Koçak

引用数: 8 • 2022

Comparative study of toughness between the AH 40 fatigue crack arrester steel and its weld metal in the case of robotic metal-cored arc welding

Marios Kazasidis, Dimitrios Pantelis, Elias Chatzidouros, V. Bougiouri

引用数: 5 • 2018

Field Girth Weld HAZ Toughness Improvement: X80/Grade 550

Christopher Penniston, Laurie Collins

引用数: 3 • 2010

HEAT INPUT EFFECT OF THE FCAW PROCESS ON THE MICROSTRUCTURE AND MECHANICAL PROPERTIES OF STRUCTURAL STEEL JOINTS

Uğur Gürol

引用数: 2 • 2022

Mechanical and corrosion behaviour of 3D printed aluminium bronzes produced by wire+arc additive manufacturing: In collaboration with RAMLAB

Stamatis Kiakidis

引用数: 2 • 2017

On the effect of Qnet on compressive residual stresses and ductile toughness of dissimilar HAZ in robotic GMAW joints between A572-50 and A36 steels

Benjamín Vargas Arista, Isidro Guzmán Flores, Celso Eduardo Cruz González, Leopoldo Ríos Vargas, J. del Prado Villasana

引用数: 2 • 2021