Engineering Mathematics
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Summary
Editor's review
From a professional perspective, the book's organization reflects strong systematicity, integrating mathematical knowledge commonly used in engineering practice and avoiding the fragmentation of knowledge caused by traditional separate-volume learning. Most examples and exercises are drawn from real engineering contexts, helping readers understand the application scenarios of abstract mathematical concepts. The author, Chai Huiwen, has long been engaged in teaching engineering mathematics, and his writing style emphasizes a logical transition from the concrete to the abstract, lowering the entry threshold for beginners.
The value of this book lies in its balance: it maintains the rigor of mathematical theory while highlighting an orientation toward engineering applications. For example, in the probability section, it not only explains basic theory but also introduces common engineering topics such as reliability analysis and error handling; the complex functions chapter focuses on connections to professional content such as circuit analysis and signal processing. This approach distinguishes the book from purely theoretical textbooks and makes it more suitable for readers who need to quickly build a bridge between mathematics and engineering.
It should be noted that, as a textbook, the book focuses more on presenting a complete knowledge system and may not meet the depth and前沿性 needs of mathematics majors. However, for engineering students and engineers engaged in technical work, it is a reliable standby reference that can help systematically consolidate mathematical foundations and improve the ability to solve practical engineering problems.
Who it's for
A good fit for
- Undergraduate students in engineering majors at higher education institutions
- Working engineers who need to review the foundations of engineering mathematics
- Engineering candidates preparing for graduate entrance examinations
- University teachers engaged in applied mathematics teaching
Not a good fit for
- Readers in pure mathematics seeking in-depth theoretical study
- Scholars who wish to learn about frontier branches of mathematics or the latest research progress
Reading tips
- It is recommended to read in chapter order, focusing on understanding the connection between each chapter's core concepts and engineering contexts
- Combine with practical problems in professional courses and try to build mathematical models using the methods in the book
- When completing the exercises in each chapter, you may add variant exercises based on similar engineering scenarios
About the publisher
East China University of Science and Technology Press is a comprehensive university press known for publishing university textbooks, academic monographs and supplementary teaching materials, and it has also developed a distinctive list in classics and foreign literature. Its 825 titles in the library cover common categories such as classics, foreign literature, inspirational growth and social novels. Representative books include the Japanese editions of Selected Works of Lu Xun (The True Story of Ah Q, Hometown, Medicine, Kong Yiji and A Madman's Diary), the English original edition of Agatha Christie's And Then There Were None, the English edition of Antoine de Saint-Exupéry's The Little Prince, and English and American literary readers such as Anne of Green Gables. Its authors range from Lu Xun and Inoue Kōbai in Chinese and Japanese literature to foreign writers such as Christie, Montgomery and Fitzgerald, as well as Zhu Wei and Xu Naifu. Overall, the press balances textbooks and academic works with general reading, giving equal weight to Chinese and foreign literary classics.
Contents
- 版权信息
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FAQ
What is the difference between this book and advanced mathematics textbooks?
Does the book include content on software applications such as MATLAB?
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About the author
Chai Huiwen: publicly available information about this author is limited, and details such as nationality, dates of birth and death, and educational background have not been clearly recorded. According to the library's holdings, Chai Huiwen has one work, Engineering Mathematics, commonly classified under popular science. It can therefore be inferred that the author's writing focuses on making the fundamentals of engineering and applied mathematics accessible, likely aimed at science and engineering students, technical personnel, or general readers interested in practical applications of mathematics. Based on the available information, the book is more likely to serve as a textbook or introductory reader, emphasizing connections between mathematical concepts and engineering practice rather than pursuing abstruse purely theoretical discussion. The title Engineering Mathematics itself suggests that the content covers mathematical methods commonly used in engineering, making it suitable as a reference for study and consultation. Because more verifiable biographical material is lacking, Chai Huiwen's academic experience and full body of work remain difficult to assess; readers may use this work as a window into the author's efforts in mathematics popularization and engineering education.
