Multi-Objective Technologic Parameter Optimization of Face Milling Based on GRA-PSO Algorithm

Dong Hong Tang; Yue Han

doi:10.4028/www.scientific.net/AMM.364.504

Paper Titles

Study on the Effects of the Indirect Liquid Forging Die Life
p.483

Upsetting Process Analysis and Numerical Simulation of Metal Pipe’s End
p.488

Precision Forging Process Analysis and Preform Optimization of Small Compressor Blade of Titanium Alloy
p.493

Mathematical Model Establishment of Prefabricated Hole Flange-Forming of Unequal Diameter Tee Pipe
p.500

Multi-Objective Technologic Parameter Optimization of Face Milling Based on GRA-PSO Algorithm
p.504

Testing Study on Surface Grinding of Post-High-Temperature Granite
p.509

A Hybrid Approach Based on the Fuzzy AHP and Benefit Cost Analysis to Evaluating Cutting Blade Alternatives
p.513

Research on Stretching Efficiency of Heavy Forged Shaft Based on Orthogonal Experimental Design
p.519

Optimal Design of Heating and Ventilation for Drying Room Based on Transient CFD Simulation
p.524

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 364Multi-Objective Technologic Parameter Optimization...

Multi-Objective Technologic Parameter Optimization of Face Milling Based on GRA-PSO Algorithm

Abstract:

The development and characteristics of Steer-By-Wire is introduced and the design of Steer-By-Wire in articulated wheel loader is fully discussed in this paper. The whole system takes advantage of proportional decompression valve to control the motion of preferential flow amplifier valve, and further to achieve steering by controlling steering cylinder. Whats more, this paper has also elaborated on a design of new-type steering angle detection devices of vehicle frame, which aims at more accurate corner detection and is also a breakthrough in steering system of wheel loader.

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Periodical:

Applied Mechanics and Materials (Volume 364)

Pages:

504-508

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.364.504

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Online since:

August 2013

Authors:

Dong Hong Tang, Yue Han

Keywords:

Face Milling, Multi-Objective, Optimization, Technologic Parameters

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References

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