The two volumes of Solving Problems in Fluid Mechanics have become well established as the best availabel problem-based student-centred texts on the subject. Following the tried and tested format, the revised and updated third editions continue to give students a through undertanding of the fundamentals of fluid michanics and its engineering applications.

Taking a practical approach, and assuming only an elementary knowledge of mathematics, the texts answer a range of common problems in fluid mechanics. Worked examples are used to explain fundamental theory and to demonstrate how it can be applied to typical engineering situations. To help the student, each chapter features a set of learning objectives, an end of chapter summary and self-assessment questions. In addition, assignments to encourage further practice and experimentation are included.

Both volumes have been updated and revised with new examples, problem and applications in line with today's courses.

This third edition of volume Two features a completely new chapter on computauiotnal Fluid Dynamics. It also explains dimensional analysis and its appllication to dynamical similarity, the use of models for the stady of fluid flow, theoretical hydrodynamics involving stream functions, and the behaviour of gases at rest and in motion. In addition, it features a detailed study of viscous and trubulent lfow, the flow around immersed bodies, channel flow, and the fluid mechanics of pumps and turbines.

1. Dimensional analysis
2. Dynamical similarity problems
3. Vortex motion and radial flow
4. Streamlines and stream function
5. Gases at rest
6. Flow of gases
7. Viscous flow
8. Turbulent flow in pipes
9. Flow round totally immersed bodies
10. Waterhammer and pressure transients
,etc.