Solved Problems in Transport Phenomena: Momentum Transfer

Solved Problems in Transport Phenomena: Momentum Transfer by İsmail Tosun is a practical, solution-driven guide that transforms abstract theory into clear, solvable steps for students and practicing engineers. If you study fluid mechanics, chemical or mechanical engineering, or prepare for rigorous exams, this book puts momentum transfer problems within reach.

Step-by-step worked examples walk you through common and challenging scenarios—from boundary layer behavior and laminar flow to shear stress calculations and momentum balances—helping you build intuition and mathematical confidence. Each solution emphasizes key assumptions, formula derivations, and shortcuts that simplify complex algebra, making it ideal for coursework, revision, and real-world problem solving.

Designed for clarity and efficiency, the book is accessible to undergraduates while still offering depth for graduate students and professionals. It’s especially valuable for learners in Turkey and international engineering hubs—useful for classrooms in Istanbul, Ankara, Izmir, as well as universities across Europe, North America, and the Middle East.

Beyond practice, this volume sharpens analytical thinking: learn how to choose appropriate models, verify results, and communicate solutions clearly—skills employers and academic supervisors value. The concise layout and focused content make it a perfect desk reference during assignments, lab work, and exam preparation.

Add Solved Problems in Transport Phenomena: Momentum Transfer by İsmail Tosun to your bookshelf and turn theory into mastery. Ideal for students, tutors, and engineers seeking a dependable companion for momentum transfer challenges. Order now to improve problem-solving speed and accuracy.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.