applied to optimizing the friction welding The micro-structural characteristics of the weld process parameters to attain the maximum joint using optical, scanning
A Review on Optimization Methods to Study Effect of Yahya Bozkurt has done work on optimization of friction stir welding process parameters to achieve maximum tensile strength in the polyethylene slab. Three process parameters, tool rotational speeds, tool traverse speed, and tilt angle of the tool were identified for optimization.
of the output responses and the optimum friction welding process parameters were obtained as spindle speed 1200 rpm, friction pressure 100 MPa, upset pressure 250 MPa, Burn-off-Length 2 mm. Analysis of variance (ANOVA)
Optimization of friction welding parameters using Friction welding is a solid state bonding technique which utilizes the heat generated by rubbing of two faying surfaces for the coalescence of material. Friction welding process is normally considered as a multi-input and multi-output process. Optimization of friction welding parameters is required to get good quality joints.
Optimization of friction welding parameters using Mar 01, 2009 · The developed ANN model is suitably integrated with optimization algorithms. To optimize the welding parameters, GA, SA and PSO techniques were employed. Among the three algorithms GA outperforms well for this friction welding process. For the optimized welding parameters of GA, the friction welding joints were processed. Joints exhibit higher quality.
Request PDF Optimizing the Friction Welding Process Parameter to Obtain the Maximum Tensile Strength in AA 2024 Grade High Strength Aluminum Alloy Joints Aluminum alloys are widely used in
Process Parameter Optimization for Friction Stir Welding stresses due to friction stir welding using finite element method and used genetic algorithm to optimize process parameters for the minimization of the peak residual stresses and the maximization of the welding speed.  used genetically optimized neural network systemsOptimizing the friction welding parameters to attain Jul 01, 2014 · In this work, 12 mm diameter AISI 1035 grade steel rods are friction welded with an aim to optimize the process parameters. The joints are made with various process parameter combinations (incorporating ANOVA methods) subjected to tensile test. The empirical relationships are established to predict the ultimate tensile strength, notch tensile strength, and % of elongation of the welded joints.