Approved: graphically driven interactive stress reanalysis for machine elements in the early designIn this work a new graphically driven interactive stress reanalysis finite element technique has been developed so that an engineer can easily carry out manual geometric changes in a machine element during the early design stage...
An engineering approach to dry friction behaviour of numerous engineering plastics with respect to the mechanical properties... Three groups were formed according to typical applications: 1) Sliding machine element materials; 2) Mechanically load-carrying machine element materials that are often subjected to friction and wear effects; and 3) Additional two amorphous materials used as chemically resistant materials that have rare sliding load properties...
[[alternative]]a study of 3d gear automatic design and drawing[[abstract]]The objective of this research is to develop a “3D automatic design and drawing system for machine element,” in the example of “3D automatic design and drawing for Spur gear” in the “machine element,” by the method of “Object-Oriented programming,” “ActiveX component,” “Object linking and embedding,” “Database theorem,” and “3D drawing theorem,” for purpose of examining and analyzing the fitness of the constructive model of this system...
Adaptation of copper electroplating method to machine element under biaxial stress conditionIn the case of combined loads such as the simultaneous action of cyclic torsion and plane bending acting on the machine element, neither the first nor second principal stress amplitude can be detected by the copper electroplating method of stress analysis because this method utilizes the phenomenon that grown grains appear when the maximum shearing stress amplitude in the deposited layer attains the proper value to the plating...
