Sentence examples for modeling of machining from inspiring English sources

The primary objective for modeling of machining processes is to develop a predictive capability of machining performance in order to facilitate effective planning of machining operations.

In queueing and reliability literature, the notable research works on Markov modeling of machining system with standby support can be found [cf. Wang and Kuo (2000), Wang and Ke (2003), and Haque and Armstrong (2007)].

The developed scheme of computer modeling of machining involves the computation of distribution of current density over the workpiece surface using the boundary element method; the determination of new position of workpiece surface taking into account possible topological changes and the motion of tool-electrode along the prescribed trajectory.

Finally, Arrazola et al. (2013) compiled different advances in the modeling of machining processes.

Many researchers have used this concept in the field of queueing modeling of machining systems.

The results also offer scope for enhanced validation of machining simulations and future development of multiscale models of machining.

Nowadays, the availability of reliable mathematical models of machining system dynamics is a key issue for achieving high quality standards in precision machining.

It is found that the separation of the chip from the workpiece takes place by fracture, according to Williams' model of machining.

This paper presents a general and systematic approach for geometric error modeling of machine tools due to the geometric errors arising from manufacturing and assembly.

For this purpose, non-stationary computational model of machining process is defined.

This paper discusses the development process of the proposed system for cost modelling of machining processes.