Synopsis:
MATLAB is a powerful, comprehensive and easy-to-use environment for performing technical computations. It is an interactive program that helps you with numeric computation and data visualization. MATLAB for Engineers provides a clear and concise introduction to MATLAB and explores its use in solving engineering problems. Written for engineering students and practising engineers, the book shows how MATLAB can be used to perform calculations, store tables and interpolate between stored values, process numbers obtained by data-acquisitions systems and prepare engineering and research reports. The book is divided into two parts: Part I is a guided introduction to MATLAB which aims to teach the program in a hands-on fashion; Part II is an exploration of how MATLAB can be used to solve large classes of engineering problems in a variety of engineering disciplines.
From the Inside Flap:
PREFACE
This second edition of the book MATLAB for Engineers is adapted to version 5 of. MATLAB. The new features of MATLAB 5 include powerful program-development tools, new data types and structures, more graphic and visualization features, additional mathematical functions and major improvements to MATLAB application toolboxes, among them the introduction of SIMULINK 2. All these new features make programming easier, especially for complex applications. On the other hand, the number of new features is so large that it is impossible to describe all of them adequately in a one-volume textbook. To keep the introductory character of the text, and a reasonable book size, we limited the extent of updating as described below.
We deleted all references to MATLAB 3.5. Where MATLAB 5 commands are different from MATLAB 4 commands, we updated them to version 5. A few new functions and graphic facilities that enhance programming power and graph readability are introduced. Titles, labels and text added to graphs are really improved by using the subset of LATEX commands admitted by MATLAB 5. For instance, instead of writing alpha as previously, we can now write \alpha and obtain the Greek letter alpha.
From the new data types and structures we chose multidimensional arrays, structures and cells because we found them useful even in simple engineering calculations. Thus, in Chapter 2 we extended the spreadsheet model to represent it by a multidimensional array, and in Chapter 10 we used three-dimensional arrays for the RGB model of additive colour mixing. In Chapter 12 we introduced the new MATLAB structure facility to define graphs by a single data structure. In Chapter 17 we used structures to store values of constants together with their units, and we introduced new functions operating on character strings and cells to operate on those constants and obtain the values and the units of the results.
A major updating is that of the material related to the integration of ordinary differential equations - (ODEs). MATLAB 5 introduces new integration routines that solve more difficult problems than those that could be treated in MATLAB 4. Examples of such problems are stiff equations and dynamical systems exhibiting discontinuities. Therefore, Chapter 14 underwent an extensive updating.
A few new exercises were distributed among all chapters.
MathWorks, Inc. took care to provide software usable after the year 2000.
While preparing this new edition we received essential help from several people at MathWorks, from Baruch Pekelman and Oren Merom of Omikron Delta, the agents of MathWorks in Israel, and from Emma Mitchell, Bridget Allen and Michael Strang of Addison Wesley Longman.
"About this title" may belong to another edition of this title.
