Dynamic Analysis And Multi-Objective Optimization Of Slider-Crank Mechanism For An Innovative Fruit And Vegetable Washer

Abstract

For a very long time, the design of a wide variety of appliances and gadgets, including hand
pumps, compressors, steam engines, internal combustion engines powered by gasoline and diesel, and
many more, has made use of the slider-crank mechanism (SCM). Nonetheless, in order to reduce the
inertial force effect on SCM, engineers still required to collaborate internationally. There are now two
primary ways to achieve this. In the first case, counterweights are used; in the second, spring-damping
systems are used, which result in spring-SCM. In reality, the inventive fruit and vegetable washer has
effectively integrated the spring-SCM, which distinguishes it greatly from other models. This study carried
out a dynamic analysis of spring-SCM under an external load.