Examining and Evaluating the Solar Desalination System's Performance for a Small Family's Potable Water Needs

Abstract

Consumers are essential to the success of auto marketing because they seek comfort and safety. One of the most widely used shock absorbers, the McPherson Suspension system, has a reputation for high performance. However, its abrupt disintegration and unanticipated death demonstrated that the system need careful alterations. The strut mount and spring are the two most crucial parts of the shock absorber system that need to be improved. They frequently fail first due to the stresses created by vibrations from uneven roadways and the constant, high load they are subjected to. As a result, software like on shape and ANSYS is utilised in this research to simulate various alterations of the suspension system and compare it to a previously established base model. The results indicate that wave springs absorb more of the load and deform less under the same load as coil springs after testing numerous spring geometries and parameters. Although while there was a minor increase in deformation due to vibrations when using the wave spring, it is certain that with further changes, the wave springs may completely absorb the disturbance and have a longer life than the shock absorber with the coil spring.

Citation

Aman Singh, & Vikash Dwivedi. (2025). Examining and Evaluating the Solar Desalination System's Performance for a Small Family's Potable Water Needs. Recent Trends in Thermodynamics and Thermal Energy System, 1(2), 1–18. 

https://doi.org/10.5281/zenodo.16023435