- Books
- Action & Adventure Books
- Art, Architecture & Photography Books
- Biography books
- Books of society and social sciences
- Business, Finance & Law books
- Calendars, Diaries & Annuals
- Children's Books
- Comics & Graphic Novels
- Computing & Internet Books
- Applications
- Computer science books
- Computer training books
- Database books
- Digital Photography books
- Digital Video books
- Graphics & Multimedia books
- Hardware books and handheld devices
- Internet and web books
- IT certification books
- Mac OS
- Microsoft Product books
- Networking and system administration books
- Networking & Computer Security books
- PC video game guides
- Programming and software development books
- APIs
- Compilers
- Device Drivers
- Games
- Graphics & Multimedia
- Introduction
- Introduction to Programming
- Languages
- Languages & Tools
- Linux & Unix
- Mac OS X
- Mobile Phone Programming
- Network Programming
- Software and business applications books
- UNIX & Linux books
- Crime, Thrillers & Mystery Books
- Education Studies & Teaching Books
- Erotic books
- Esoteric Books
- Fantasy books
- Fiction Books
- Food & Drink Books
- Health, Family & Lifestyle Books
- Historical Fiction Books
- History Books
- Home & Garden Books
- Horror Books
- Humour Books
- Languages Books
- Law books
- Political books
- Reference books
- Religion & Spirituality Books
- Romantic Novel
- School Books
- Science fiction books
- Science & Nature Books
- Scientific, Technical & Medical books
- Society, Politics & Philosophy Books
- Sports, Hobbies & Games books
- Textbooks
- Travel & Holiday Books
- Young Adult Books
Jacob Fish A First Course in Finite Elements, John Wiley & Sons, Inc., Paperback
A concise introduction to finite element analysis, this book guides readers through theory and practical implementation with clear explanations, step‑by‑step examples, and real‑world applications in engineering.
Error-Correcting Linear Codes: Classification by Isometry and Applications (Algorithms and Computation in Mathematics)
Explores classification of error‑correcting linear codes via isometry, blending algebraic theory with algorithmic techniques for practical coding applications.
