PEMODELAN VIRTUAL EQUIPMENT BERBASIS MODEL SOLID PADA PENGEMBANGAN VIRTUAL FACTORY

• Main Author: Harun, Suryadiwansa
• Format: Theses
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/1774
• Institution: Institut Teknologi Bandung

SPTM concept is an autonomous distributed manufacturing system, <br /> which has flexibility. All of the production elements include <br /> production equipment have the authority to make decisions locally <br /> in selecting the best operation. In fact, there is some limitations <br /> because not every production element has equipment to support in <br /> making decision. Product for instance, it does not have an <br /> information processor tool to select machining process locally. In the <br /> SPTM concept, productcanautomaticallychoosethebestmachining <br /> process based on information ofa product. Thatis whyin actualizing <br /> the SPTM concept, one important step is to make a virtual model of <br /> production system in a computer memory called virtual factory. To <br /> make virtual factory available with the real condition, in modeling a <br /> production system element must be given physical information or <br /> real information. In this research virtual factory is developed with <br /> equipment modeling based on solid model which consist of physical <br /> information like shape, position, translation, and rotation. Virtual <br /> factory modeling is developed using object oriented programming <br /> technique, C++language. The output ofthis developing is software <br /> and can simulate development ofphysical construction ofequipment <br /> at shopfloor.