Reseña del libro "ISE Fluid Mechanics Handbook (en Inglés)"
Build a complete working foundation in fluid mechanics—from the pressure in a stationary liquid to turbulent flow, compressible gas dynamics, and the machines that move fluids. ISE Fluid Mechanics Handbook gives engineering students, practicing engineers, and serious independent learners a structured path through the principles that govern liquids and gases at rest and in motion. Instead of presenting equations as formulas to memorize, this handbook develops the physical reasoning behind them and shows how fundamental laws connect to practical engineering analysis. Inside, you will learn how to:Analyze density, viscosity, pressure, buoyancy, hydrostatic forces, and floating-body stability Apply conservation of mass, momentum, energy, and angular momentum to engineering flow problems Use Bernoulli's equation correctly and account for pumps, turbines, and head losses Master dimensional analysis, Buckingham Pi, similitude, Reynolds number, Froude number, and Mach number Understand the Navier–Stokes equations, exact viscous-flow solutions, and boundary conditions Analyze laminar and turbulent boundary layers, transition, Reynolds stresses, and turbulence Calculate pipe friction, minor losses, flow measurement, and multi-pipe networks Understand drag, lift, flow separation, airfoil behavior, and vortex shedding Work with open-channel flow, hydraulic jumps, compressible flow, choking, nozzles, and shock waves Explore centrifugal pumps, fans, compressors, and hydraulic turbines The material moves deliberately from first principles to applied analysis, helping you see how the same conservation laws and physical concepts reappear across mechanical, civil, aerospace, chemical, environmental, and hydraulic engineering applications.Develop the fluid-mechanics intuition behind real engineering systems—add this comprehensive reference to your technical library today.
