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Full control and management of information flow in manufacturing has not yet been achieved, mainly because of the data inconsistencies and lack of established functional relationships among different manufacturing application ...

A mathematical modeling of a Machining Operation Systems to evaluate stresses generated by the cutting force during machining, was modeled using finite element method. The geometric model was assembled using patran commands. ...

This paper presents a new approach to the study of random tool motion during machining. Theory of the hidden Markov model is applied to formulate a comprehensive random excitation system present during machining. Based on ...

This paper presents a new methodology to study the properties of machined surfaces. A conceptual framework designed for dynamically visualizing the surface texture formed during machining is proposed. By integrating material ...

This paper presents a novel application of the Layered Electrical Product (LEP) model of the PDES (Product Data Exchange specification using STEP) standard. All three levels of the LEP model are developed for a typical ...

The microstructures of a low carbon steel, an aluminum alloy, and a brass alloy were studied for input to highly theoretical mathematical models of machining operations. This was accomplished through production and analysis ...

The control of surface quality during machining is an area in manufacturing which has recently received a great deal of attention in the field of research and development. The main objective of this project is to briefly ...

Increasing attention has been paid to the intermittent cutting process in modern metal machining industry. Research has been done in this thesis to develop a system model which can describe the intermittent turning process ...

Full control and management of information flow has not yet been achieved, mainly because of the data inconsistencies and lack of established functional relationships among different manufacturing application systems. ...

Machining during the manufacturing of parts for aircraft engines or automobile cams and crank shafts requires precision control of the tool path. This precision control has become essential for quality assurance and ...