Title
Introduction To Engineering Fluid Mechanics
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We Inhabit A World Of Fluids, Including Air (A Gas), Water (A Liquid), Steam (Vapour) And The Numerous Natural And Synthetic Fluids Which Are Essential To Modernday Life. Fluid Mechanics Concerns The Way Fluids Flow In Response To Imposed Stresses. The Subject Plays A Central Role In The Education Of Students Of Mechanical Engineering, As Well As Chemical Engineers, Aeronautical And Aerospace Engineers, And Civil Engineers. This Textbook Includes Numerous Examples Of Practical Applications Of The Theoretical Ideas Presented, Such As Calculating The Thrust Of A Jet Engine, The Shock And Expansionwave Patterns For Supersonic Flow Over A Diamondshaped Aerofoil, The Forces Created By Liquid Flow Through A Pipe Bend And/Or Junction, And The Power Output Of A Gas Turbine.The First Ten Chapters Of The Book Are Suitable For Firstyear Undergraduates. The Latter Half Covers Material Suitable For Fluidmechanics Courses For Upperlevel Students Although Knowledge Of Calculus Is Essential, This Text Focuses On The Underlying Physics. The Book Emphasizes The Role Of Dimensions And Dimensional Analysis, And Includes More Material On The Flow Of Nonnewtonian Liquids Than Is Usual In A General Book On Fluid Mechanics A Reminder That The Majority Of Synthetic Liquids Are Nonnewtonian In Character.
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- Q: What is the main focus of 'Introduction to Engineering Fluid Mechanics'? A: The book primarily focuses on the behavior of fluids in response to imposed stresses, covering essential concepts of fluid mechanics relevant to various engineering disciplines.
- Q: Who is the target audience for this textbook? A: This textbook is designed for students in mechanical engineering, chemical engineering, aerospace, aeronautical engineering, and civil engineering, particularly those in their first and upper-level courses.
- Q: Does this book include practical examples of fluid mechanics? A: Yes, it includes numerous practical applications such as calculations for jet engine thrust, shock-wave patterns in supersonic flow, and fluid flow through pipe bends.
- Q: Is prior knowledge of calculus required to understand this book? A: Yes, a basic understanding of calculus is essential, but the book emphasizes the underlying physics of fluid mechanics.
- Q: What is the format of this textbook? A: The textbook is available in paperback binding and consists of 608 pages.
- Q: When was 'Introduction to Engineering Fluid Mechanics' published? A: The book was published on November 9, 2017.
- Q: What edition of the book is currently available? A: The current edition of the book is an illustrated edition.
- Q: Does the book cover non-Newtonian fluids? A: Yes, the book includes additional material on the flow of non-Newtonian liquids, which are common in synthetic liquids.
- Q: Are the first chapters suitable for beginners? A: Yes, the first ten chapters are suitable for first-year undergraduate students.
- Q: What makes this textbook unique compared to others on fluid mechanics? A: This textbook emphasizes dimensional analysis and includes a more comprehensive treatment of non-Newtonian liquids than many general fluid mechanics texts.