Simulation technology

Tremblay, D., Using simulation technology to improve profitability in the polymer industry, presentation given at the AIChE Spring Meeting, Houston, Texas, March 14-19, 1999. 

Interactive Physics Design Simulation Technologies, Inc., Canton, MI. 

National Research Council, Simulated Voyages Using Simulation Technology to Train and License Manners, National Academy Press, Washington, D.C., 1996. 

Another basic study on simulation technology for life estimations has been carried out to... 

All MO calculations were carried out on a Titan 750V workstation (Kubota Pacific Computer Co.) using the semiempirical molecular orbital calculation program MOPAC (version 5.0) [13]. For each calculation, the AMI method was used. The Titan version of this program was purchased from Simulation Technology Inc. 

The silicon piezoresistive sensor detects distortion. Therefore diffused resistor (gage) layout and diaphragm geometry design have a profound effect on the sensor characteristics. We utilize simulation technology for pressure-sensing element design. 

The integration of simulation tools is necessary to cope with the variety of needs in process engineering. It is desirable to open the access to simulation technology to a larger number of model suppliers. This can be realised by a cooperative approach between the community of users and of software producers. The availability of simulation systems on Internet can boost the use of simulation technology in a global environment. 

Hashimoto K.-Y., Omori T., and Yamaguchi M., Recent progress in modelling and simulation technologies of shear horizontal type surface acoustic wave devices, presented at International symposium on acoustic wave devices for future mobile communication systems, March 5-7, 2001, Chiba, Japan. 

A microplant is 100 times smaller than a miniplant (Section 4.5.1) and can be operated as simulation technology in a laboratory (Table 4-6). It is a purely experimental tool which can be used to test numerous process variants at the laboratory stage with the aim of finding the best one. Thus, a microplant should be sufficiently small and compact that it fits on a laboratory bench. A modular design allows several microplants to be constructed and operated in parallel, which considerably shortens development time and permits rapid and simple erection and dismantling. Obviously, time, costs. 

The increased complexity and cost of modem service and manufacturing systems, coupled with the advances in computer and simulation technologies, have led to an extensive use of simulation. Parallel... 

One requirement for the application of simulation techniques is the creation of a model, which allows for the investigation and breakdown of real product tasks. With the use of computers, it is possible to design complex models that allow answers to relevant design questions to be found. These models were previously realizable only through the tedious production of prototypes. The application of simulation technology is especially helpful when numerous product variations must be considered, a situation not economically feasible with prototypes. 

Zhou Xixiang Zhong Benshan. 1986. Value Simulation Technology for Electrical Exploration. Chengdu Sichuan Publishing House of Science Technology. 

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