Rudyk, Oleksandr YuhymovychDrobot, Olga SavivnaBurban, Olexii VitaliyovychNowatskyi, Bohdan Oleksandrovych2024-11-042024-11-042024Rudyk O. Yu. Using SolidWorks for fixture calculations for car front suspension repair / O. Yu. Rudyk, O. V. Drobot, O. V. Burban, B. O. Nowatskyi // Science and society: modern trends in a changing world. Proceedings of the 9th International scientific and practical conference. MDPC Publishing. Vienna, Austria. 2024. – Pp. 103-109.https://elar.khmnu.edu.ua/handle/123456789/16970To solve the problem, a 3D-model of the upper plate was created in the SolidWorks environment. In the SolidWorks Simulation application, a static analysis of this model was carried out using the finite element method to obtain a picture of the stress-strain state. The material from which it is made was originally intended for this purpose. Then boundary conditions were imposed. The next steps are the creation of a finite-element model of the upper plate. SolidWorks Simulation automatically builds the following graphs that characterize the stress-strain state of the upper plate after loading: Von Mises stresses, URES displacements, ESTRN-equivalent deformations, and the safety factor FOS.To using SolidWorks Simulation determinedthe performance of the upper plate of the device for compressing the springs of the front suspension of cars.encarsfront suspensiondevice for compressing the springsperformanceSolidWorks SimulationТези доповідей