Implemenstasi Pemodelan Matematika, Simulasi dan Metode Optimasi untuk Peningkatkan Biogas dengan Penekanan pada Proses Berbasis Adsorpsi

firman Benadetha; Christin Pangaribuan; Indra Fernando

Authors

firman Benadetha Universitas Indonesia
Christin Pangaribuan Teknik Mesin, Universitas Sebelas Maret, Indonesia
Indra Fernando Teknik Mesin, Universitas Sebelas Maret, Indonesia

Keywords:

Biogas upgrading, Adsorption, Separation, Mathematical Modeling, Process simulation, Optimization

Abstract

The high thermal conductivity and wear resistance of CVD diamond provide potential for the machining of Ti-6Al-4V. By predicting thermomechanical loads, simulations can provide information about the usability of these cutting materials. However, the occurring shear chip formation withi the cutting process leads to unsteady contact conditions. Therefore, a computationally intensive long-term transient simulation is necessary for precise prediction of tool temperatures. In this respect, a user-subroutine has been developed, allowing a high-resolution long-term simulati n with acceptable computing time. By experimental investigations and validation of simulated results, a modelling of temperature distribution within the cutting tool is possible, providing valuable information regarding the contact temperatures.

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