Technological Optimization of the Stirrup Casting Process with the Use of Computer Simulations

Area of Science:

• Materials Science
• Manufacturing Engineering
• Mechanical Engineering

Background:

• High-pressure die casting is crucial for producing metal components like equestrian stirrups.
• Defects in castings can compromise structural integrity and performance.
• Optimization of the casting process is necessary to improve product quality.

Purpose of the Study:

• To optimize the high-pressure die casting process for equestrian stirrups.
• To identify and eliminate defects in the casting process using computer simulation.
• To evaluate the performance properties of the optimized casting.

Main Methods:

• Analysis of the initial casting technology.
• Application of computer simulation for virtual experiments.
• Design and testing of various gating system configurations.
• Exploitation simulation to evaluate casting properties under predicted defects.

Main Results:

• Virtual experiments identified the root causes of casting defects.
• Optimized gating system designs were developed.
• Exploitation simulations confirmed the removal of defects in the new design.
• Improved casting properties were achieved through technological changes.

Conclusions:

• Computer simulation is an effective tool for optimizing die casting processes.
• The optimized technology successfully eliminated defects in equestrian stirrup castings.
• The enhanced process ensures improved quality and performance of the final product.