Publications about SMath Studio

SMath is a free mathematical notebook program similar to Mathcad that provides many options for studying and solving complex mathematical equations. This book is a primer providing a concise but thorough introduction that keeps physics at a fairly low level so readers can concentrate on understanding the SMath features. The major features are introduced step by step and focus on using SMath as a simple scratch pad.

Bernard V. Liengme English (United States) ISBN: 978-1-6270-5924-4

SMath Studio can be used to produce elegant mathematical workbooks addressing a large number of mathematical operations.

Gilberto E. Urroz Ph.D. English (United States) ISBN: 979-8-8285-0051-2

The objective of this book is to present the most common electronic components used in the world of automotive electronics. It will introduce resistor manufacturing technologies, types of printed circuit board substrates, commonly used capacitors and inductors, the Laplace transform, and much more.

Mr. Daniel Llanes Ruiz DLLR English (United States) ISBN: 979-8504385594

Getting Started with the Maxima Plugin.

Martin Kraska English (United States)

The textbook contains materials necessary for engineering calculations based on an interdisciplinary STEM approach. The presentation is based on visual examples from various academic disciplines using the domestic physics and mathematics software SMath. Some tasks are supplemented with examples in the Python language, the mathematics software Maple, and the website WolframAlpha.com. For a wide range of readers, including teachers, students, and graduate students of higher technical educational institutions, as well as students in engineering classes.

Очков В.Ф., Орлов К.А., Чудова Ю.В., Ивашов А.П., Тихонов А.И. Russian (Russia) ISBN: 978-5-507-45821-9

This tutorial covers the main capabilities and tools of the SMath Studio mathematical package for solving various classes of problems of mathematical modeling of systems and processes when studying the disciplines "Mathematical Modeling of Systems and Processes" and "Numerical Methods of Modeling," which are part of the mandatory components of educational programs for undergraduates and bachelors in many specialties and directions. It is intended for second and third year students studying in the specialties "Train Movement Support Systems," "Railway Rolling Stock," "Railway Operations"; in the directions of preparation "Electrical Engineering and Electrotechnics," "Standardization and Metrology," "Design and Technological Support of Machine-Building Production," "Thermal Power Engineering and Thermal Technology," "Land Transport and Technological Complexes," "Mechatronics and Robotics"; for students of part-time education and for learning using distance education technologies.

Голубева Н.В. Russian (Russia) ISBN: 978-5-949-41291-6

The manual considers the methodology for calculating typical thermal and heat power engineering tasks in the environment of the domestic freely distributed physics-mathematics program SMath Studio with attached applications CoolProp Wrapper, WaterSteamPro and some others. It is intended for students of higher education institutions studying in the fields of "Thermal Power Engineering and Thermal Engineering", "Nuclear Power Engineering and Thermal Physics", "Power Engineering Machinery" and others, as well as for specialists dealing with energy saving and energy efficiency issues in the production and consumption of thermal energy and cold.

Бударин Н.Л., Мартынов А.В., Очков В.Ф., Шелгинский Е.А., Яворовский Ю.В. Russian (Russia) ISBN: 978-5-507-49252-7

This textbook contains theoretical information about the basics of working in computer algebra systems Mathcad and SMath Studio. Along with a general description of the program interfaces, the textbook provides examples of solving specific tasks of power engineering and electrical engineering. While solving the tasks, the principles of calculating scalar, vector, and matrix expressions, individual and combined systems of linear and nonlinear equations, and differential equations are explained. The textbook also explains the principles of creating visualizations of solutions in the form of graphs. Special attention is paid to the issues of symbolic calculations, as well as elements of programming in Mathcad and SMath Studio. The textbook also contains control tasks for checking the knowledge acquired by students during the study of the discipline. It is primarily intended for bachelors studying in the field of 13.03.02 "Power Engineering and Electrical Engineering", but can also be useful for masters, graduate students, and other professionals in educational, research, and professional activities.

Литвинов С.Н., Яблоков А.А., Калачева О.Н., Готовкина Е.Е. Russian (Russia)

The textbook presents the methodology and provides examples of using the domestic freely distributable physics-mathematics program SMath for solving problems of technical thermodynamics. The textbook will be useful for students and postgraduates studying in the fields of "Thermal Power Engineering and Thermal Engineering," "Nuclear Power Engineering and Thermophysics," "Energy Machinery," and others, as well as for specialists dealing with energy saving and energy efficiency issues in the production and consumption of thermal energy and cold.

Очков В. Ф., Ахметова И. Г., Егорова Н. В., Щацких Ю. В. Russian (Russia) ISBN: 978-5-507-52055-8

The practice is intended for performing calculation and graphical tasks and course works on the disciplines "Theoretical Foundations of Electrical Engineering" and "Electrical Engineering" in the computer mathematics program SMath Studio (https://smath.com/ru-RU). It contains a brief guide on working in the program, examples of calculations of electrical circuits. It can be used in other disciplines that involve the study of the section "Electrical Engineering". The practice is intended for students of all forms of study, who are studying under higher education programs in the field of bachelor's degrees included in the educational area "Engineering, technologies and technical sciences".

Ушакова Н. Ю., Быковская Л. В. Russian (Russia) ISBN: 978-5-7410-3269-5

Очков, В. Ф. Russian (Russia) ISBN: 978-5-7046-2871-2

This edition discusses issues related to the use of STEM (Science, Technology, Engineering, Mathematics) technology in modern secondary and higher education, based on solving problems from various subject areas studied in school, college, and technical university. The emerging Russian name for this educational technology is MIT (Mathematics, Informatics, Engineering). MIT is as follows: students come to a classroom equipped with computing technology, or connect remotely from home and spend the whole day solving interesting natural science and engineering problems. To solve these problems, knowledge in mathematics, physics, computer science, and other disciplines is needed. On other days, students attend traditional subject classes and deepen their knowledge and skills in these areas, realizing at the same time why they are needed. The domestic freely distributed physics-mathematical program SMath Studio (www.smath.com) is used to solve problems, which can be installed on both Windows and Linux. For a broad audience related to secondary and higher education.

Очков В. Ф. Russian (Russia) ISBN: 978-5-507-51700-8

Practical guide for higher education.

Russian (Russia)

This book combines engineering theory, thermodynamics, and heat transfer with software applications such as SMath, MathCAD, and Python. It is not a classical textbook, but it does cover the basic equations and comments on Python programs. Furthermore, it discusses the development of heat exchanger programs with Python GUIs, using powerful libraries. Cross-references to current global issues such as climate change and solutions, for example, the use of green hydrogen, are also highlighted.

Heinz Schmid German (Germany) ISBN: 978-3662702291

In the field of structural calculations, and before the generalization of current computer tools, the calculation rules were established in codes in such a way that they could be implemented simply, for manual application. These rules have now become sometimes very complicated and almost impossible to apply manually. Specialized software incorporates these rules, but the user is led to accept a "black box" treatment when using these software, without really having the possibility to control the algorithms used. This book proposes an approach that is useful for the engineer in charge of the design and calculation of steel structures. Eurocode 3 proposes a set of new calculation rules, more or less complex to implement and interpret. These difficulties can lead to reasoning or calculation errors, and it seemed necessary to provide tools that can somewhat mitigate these risks. The goal is to provide the user with application tools for the code, completely transparent and modifiable if needed. This book is accompanied by a CD containing specific computer applications, developed under Windows in a royalty-free environment, covering a wide range of calculations specified by the standards NF EN 1993-1-1, NF EN 1993-1-5, and NF EN 1993-1-8. Developed by two experienced practicing engineers, the applications provided have been designed with a constant concern for efficiency and ease of use.

Ioan Diacu, Ménad Chenaf French (France) ISBN: 978-2-86891-608-2

The use of computational tools is a clear sign of our time, in which the fields of engineering and applied sciences have actively and prominently contributed to their development. While the approximate solution of problems described by differential equations using the Finite Element Method (FEM), the Finite Difference Method (FD), and the Finite Volume Method (VF) is part of the current standard, the formulation of their foundations dates back, in some cases, several centuries. A clear example of this is the notion of finite difference approximation proposed by Brook Taylor in 1715. The correct application of these mathematical-computational tools requires a good conceptual understanding of the foundations and bases on which the calculation methods are built. This, combined with the experience gained through solving different types of applied cases, allows engineers or calculation professionals to develop the necessary judgment to make correct evaluations and decisions regarding the modeling process. The Finite Element Method for Engineers provides an introduction to the main computational methods used in engineering and applied sciences, with an approach that balances elementary theoretical concepts, practical applications, and the study of real cases.

Carlos González Ferrari Spanish (Spain) ISBN: 979-8-8335-6644-2