NUMERICAL METHODS I

NUMERICAL METHODS IThe series of textbooks Numerical Methods is written primarily for students at technical universities, but also as a useful handbook for engineers, PhD students and scientists. This volume introduces the reader into numeral systems and representation of numbers in digital computers. Possibly the most important part of this book are descriptions of differences between constant and random variables, related types of errors and error propagation. These

The series of textbooks Numerical Methods is written primarily for students at technical universities, but also as a useful handbook for engineers, PhD students and scientists. This volume introduces the reader into numeral systems and representation of numbers in digital computers. Possibly the most important part of this book are descriptions of differences between constant and random variables, related types of errors and error propagation. These topics are supplemented with various types of regression analyses. Finally, direct and iterative methods for finding roots of polynomials are explained. Practical application is supported by 84 examples and 17 algorithms. For reasons of simplicity, algorithms are written in pseudocode, so they can easily be included in any computer program. More about the book at "https://university-books.org".

About author: Boris Obsieger, D. Sc., full professor at the faculties of engineering, first at the University of Rijeka and then at the Juraj Dobrila University of Pula, where he holds lectures in machine elements, strength, robotics and numerical methods in professional, university and doctoral studies. He gave notable invited lectures at foreign universities, was president of CADAM international congresses and the editor-in-chief of the international journal Advanced Engineering. Author of textÂbooks in universities of Pula, Rijeka, Maribor and Moscow, as well as numerous scientific papers. More about the author at "https://boris.obsieger.org".