Chemical Engineering Dynamics: Modelling with PC Simulation, by Dr. John Ingham, Dr. Irving J. Dunn, Dr. Elmar Heinzle, Dr.

By Dr. John Ingham, Dr. Irving J. Dunn, Dr. Elmar Heinzle, Dr. Jiri E. Prenosil(auth.)

During this ebook, the reader is guided during the complicated research of dynamic chemical engineering platforms by means of the original mix of a simplified presentation of the elemental concept (Part 1) and direct hands-on desktop experimentation with the availability of eighty five accompanying computer-based simulation examples (Part 2) provided on diskette.

The ISIM electronic simulation language is especially uncomplicated to exploit and its robust interactive nature permits the readers to create their very own simulations, in accordance with their very own particular difficulties. This strong dynamic ISIM software program is able to run on any DOS own computer.

The remedy hired during this ebook is easily attempted and established, according to over two decades adventure in instructing a global submit- adventure path. even if for the trainer, the scholar, the chemist or engineer, this booklet serves because the key to a better figuring out of chemical engineering dynamics during the enjoyable and delight of energetic studying.

Content:
Chapter 1 simple thoughts (pages 1–64):
Chapter 2 procedure Dynamics basics (pages 65–127):
Chapter three Modelling of Stagewise strategies (pages 129–219):
Chapter four Differential stream and response functions (pages 221–277):
Chapter five Simulation Examples of Chemical Engineering techniques (pages 279–665):

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Additional info for Chemical Engineering Dynamics: Modelling with PC Simulation, Second Edition

Example text

Terrestr. Ecology, ETH, Grabenstr. 11, CH8952 Schlieren, Switzerland; SIMNON, Department of Automatic Control, Lund Institute of Technology, Sweden; SPEEDUP, Aspen Technology, Inc. Ten Canal Park, Cambridge, Mass. 02141, USA. 5 ISIM Modern simulation languages are now available that provide the possibility of carrying out the interactive simulation of complex problems at one's own desk. For DOS compatible systems, several types of language are currently available. The ISIM simulation language, provided with this book, is also the language we have used during the last five years in our continuing education courses, for undergraduate and postgraduate education and as a powerful research tool.

For other cases, such as diffusion in porous matrices and for turbulent diffusion applications, an effective diffusivity value is used, which must be determined experimentally. The concentration gradient may have to be approximated in finite difference terms (finite differencing techniques are described in more detail in Secs. 4). Calculating the mass diffusion rate requires a knowledge of the area, through which the diffusive transfer occurs, since Mass rate ( c o r n b e n t i) = Diffusivity - ( c o m g i e n t i) ( Concentration gradient of i )( Area perpendicular to transport ) The concentration gradient can often be approximated by difference quantities, where with units D.

Thus, the statement 1 SIM; INTERACT; RESET; G O T 0 1 resets the integration to time T=O and permits interaction at this point, so that constant values can be changed and the results of different runs can be compared using the GRAPH command. 1 Mass Balance Equations Steady-State Balances One of the basic principles of modelling is that of the conservation of mass. For a steady-state flow process, this can be expressed by the statement: Rate of mass flow ( into the system ) = Rate of mass flow (out of the system Dynamic Total Mass Balances Most real situations are, however, such that conditions change with respect to time.

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