PROCESS MODELING TO INCREASE PARTS MANUFACTURING ACCURACY
DOI:
https://doi.org/10.54251/2616-6429.2024.04.005nuKeywords:
accuracy, modeling, piston, static analysis, load, computer-aided designAbstract
The article examines design methods, including current CAD/CAM/CAE systems, that contribute to the automation of design processes, allowing you to simulate technological operations and reduce the risk of defects. It is also important to use 3D modeling to predict design tasks.
The development of a piston part model is a key step in the field of engineering. The piston, being the most important component of engines and various mechanisms, requires careful analysis and design. The piston modeling process involves the use of modern CAD applications, which provide designers with the opportunity to visualize and verify various parameters of the part. During the simulation, a three-dimensional image is formed, which can be used for subsequent analysis and testing, including simulations of operation under various load conditions. Thus, the development of a piston model not only optimizes the production process, but also contributes to increasing the efficiency and reliability of the entire system to which it belongs.