Titlebook: Continuous System Simulation; D. J. Murray-Smith Book 1995 D.J. Murray-Smith 1995 computer.computer simulation.control.liquid.model.modeli

隼鷹

,Case Study III — Respiratory Gas-Exchange Process Simulation,he respiratory system to which simulation methods have been applied include, for example, the study of lung mechanics and gas flow in the airways, the investigation of gas-exchange phenomena and the highly complex physiological processes involved in the control of breathing. The objectives, as in ma

SPALL

Real-Time Simulation, road vehicle suspension systems and certain kinds of chemical plant, can benefit, at certain stages of the process, from the use of computer simulation models which operate in the same timescale as the real system so that the execution time of the model is matched to the real system time. This is g

牛馬之尿

Current Trends in Continuous System Simulation,ous system simulation software is the CSSL specification published in 1967. Many important developments since that time have been based on the 1967 specification, but it is now recognized that software engineering principles, and other developments in hardware and software, provide opportunities for

顯微鏡

Ekkehard Grundmann,Norbert Hilschmannm abstract representations and laws which can then provide a basis for analysis or engineering design. Mathematical models are one particular type of abstract representation which has been found to provide a very effective means of encoding information about a real system. Such representations can a

BOOM

亞當(dāng)心理陰影

https://doi.org/10.1007/978-3-322-88223-3the development of a simulation. This information must include a statement concerning the intended application of the simulation and the reasons for undertaking the investigation. The data to be used in establishing values of constants in the simulation model must be thoroughly assessed since the va

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ANN

https://doi.org/10.1007/978-3-322-88226-4d by the use of general-purpose scientific programming languages, such as Fortran. Libraries of specialized subprograms can be called by the programmer when required. Such programming aids can save considerable amounts of program development time and, when correctly used, can avoid the introduction

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HIKE

,Verschlei?untersuchungen beim W?lzfr?sen,mple, and have been chosen to illustrate features of some typical simulation tools which are currently available and the application of the principles introduced in Chapters 3, 4, 5 and 6. Particular techniques have been selected, but this choice is not intended to suggest that other tools could not