Introduction to fluid mechanics and fluid machines
Som,S.K. Biswas, Gautam. Chakraborty, Suman
Introduction to fluid mechanics and fluid machines - 3rd ed. - New Delhi: McGraw Hill Education, 2016. - xiii,835p.;18cms.
This book provides the reader with a good foundation to understand fluid mechanics and apply that knowledge in the proliferating world of engineering science. The content has been rearranged and rejuvenated in such a way that each chapter introduces the topic and then familiarises the readers with all the associated principles and applications in a systematic manner.
Salient Features
Introduction to fundamental concepts through elementary principles of continuum mechanics.
Thoroughly revised treatment of fundamental equations of conservation which includes both differential and integral approach based on control mass system and control volume formulation.
Expanded coverage of Fluid Kinematics with detailed description (both analytical and physical) of rotational flows, circulation, velocity potential and vortex flows.
Enhanced coverage of Boundary Layer, Turbulent Flows, Unsteady and Compressible Flows.
Complete derivation of the Navier Stokes equation in a concise and lucid manner.
9780071329194
Engineering mechanics--Fluid Machines--Kinematics of fluid flow
620.106 S66
Introduction to fluid mechanics and fluid machines - 3rd ed. - New Delhi: McGraw Hill Education, 2016. - xiii,835p.;18cms.
This book provides the reader with a good foundation to understand fluid mechanics and apply that knowledge in the proliferating world of engineering science. The content has been rearranged and rejuvenated in such a way that each chapter introduces the topic and then familiarises the readers with all the associated principles and applications in a systematic manner.
Salient Features
Introduction to fundamental concepts through elementary principles of continuum mechanics.
Thoroughly revised treatment of fundamental equations of conservation which includes both differential and integral approach based on control mass system and control volume formulation.
Expanded coverage of Fluid Kinematics with detailed description (both analytical and physical) of rotational flows, circulation, velocity potential and vortex flows.
Enhanced coverage of Boundary Layer, Turbulent Flows, Unsteady and Compressible Flows.
Complete derivation of the Navier Stokes equation in a concise and lucid manner.
9780071329194
Engineering mechanics--Fluid Machines--Kinematics of fluid flow
620.106 S66