Electrode Consumption Simulation for Shielded Metal Arc Welding in Virtual Welding Training System
Pages: 56 - 61
|
|
Participants:
Raheem Kh. Al-Sabur |
Qais A. Rishack |
Summary:
One of the major problems in the industry is new welding trainees cost, it drains the budget of many companies, particularly in industrialized countries, through raw material costs for preparation, welding wires, electric and fumes in addition to time spent. Recently a new technique appeared; it is called virtual welding training system (VWTS) to reduce the training cost. In the present work, a VWTS technique was built, a simulation of electrode motion is upgraded by using LVDT to represent the welding arc length while a DC motor with gearbox connects to the steel rod is used to represent welding electrode consumption. A 2D graph with a touch screen monitor is used to represent the welding process. All sensors were calibrated to generate a VWTS. Accepted results obtained in training new welding trainees in the shielded metal arc welding (SMAW) training.