The presentation is unique, and extremely interesting.
Many people interested in mathematics as a hobby will aslo find it worthwile." Scientific Computing World ". Although some of the problems chosen may not be to everybody s taste, teachers of mathematical applications and modelling should have this book. They explain the theory adequately and give examples of Maple and MATLAB code. They have chosen a particularly wide range of well-defined problems, such as the three body problem, radar and heat flow, to illustrate the methods involved.
#Matlab for chemical engineering software
The authors have been involved with mathematical software for many years and are well qualified to serve as guides in this difficult field. MATLAB users can also gain access to Maple functions through an optional MATLAB symbolic mathematics toolbox, which is a version of Maple recast to suit MATLAB users. Maple is supremely competent in symbolic mathematics and MATLAB in numerical and engineering calculations. The authors of this book have excelled by linking the title to two well-known mathematical packages, Maple and MATLAB. About this book From the reviews of the second edition: ". " Gebraucht - Gut Zustand: Gut, Mängelexemplar, XX, 412 pp. This book gives hands-on exposure on procedures and solutions using various computational tools such as MS-Excel®, MATLAB®, CHEMCAD® and COMSOL® dealing with chemical and pharmaceutical applications. The collection of numerous problems from various sources aimed to apply different numerical methods in the subject areas such as Heat transfer, Fluid flow, Thermodynamics, Mass transfer, Reaction engineering, equipment design and process simulation. This book deals with models involving simple Algebraic equation(s), Single & multiple nonlinear equation(s), Single & Multiple Ordinary Differential Equations and Partial Differential Equations of parabolic type, is intended for UG/PG students, Researchers and faculty. To solve different problems in engineering using computer simulation, it is necessary to model them, which represents a real-world phenomenon as a set of mathematical equations. Modeling and Computational simulation applied to engineering is a field that brings together the power of computers, physical sciences and engineering practices. Predictive control of a wastewater treatment process. Simulation of temperature control of water tank. Shell and tube heat exchanger design using kern method. VLE Calculation for multi-component system.
Bubble and dew point estimation for multi component system. Molar volume estimation using equation of state methods. Heat equation stability analysis using explicit and implicit Euler method. Unsteady state conduction in semi infinite slab. Thickness of a cylindrical pipe insulation.
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