By Mathieu Mory
The booklet goals at offering to grasp and PhD scholars the elemental wisdom in fluid mechanics for chemical engineers. functions to blending and response and to mechanical separation strategies are addressed.
The first a part of the e-book offers the foundations of fluid mechanics utilized by chemical engineers, with a spotlight on international theorems for describing the habit of hydraulic structures. the second one half bargains with turbulence and its software for stirring, blending and chemical response. The 3rd half addresses mechanical separation techniques via contemplating the dynamics of debris in a move and the procedures of filtration, fluidization and centrifugation. The mechanics of granular media is ultimately discussed.
Read or Download Fluid Mechanics for Chemical Engineering PDF
Similar fluid dynamics books
The second one variation of Numerical Computation of inner and exterior Flows is a self-contained advent to computational fluid dynamics (CFD). It covers the basics of the topic required in an introductory direction for senior undergraduate or graduate point scholars. it's also excellent for readers who desire a finished connection with CFD idea and perform, or because the foundation for extra complicated examine and simulation improvement.
The booklet goals at supplying to grasp and PhD scholars the fundamental wisdom in fluid mechanics for chemical engineers. functions to blending and response and to mechanical separation methods are addressed. the 1st a part of the booklet provides the foundations of fluid mechanics utilized by chemical engineers, with a spotlight on international theorems for describing the habit of hydraulic structures.
The preferred expert mechanical devices of the BTEC nationwide Engineering in a single booklet! transparent, complete color structure and diverse examples, actions, quizzes and evaluate questions with solutions make it effortless for college kids to profit and revise for his or her tests each one bankruptcy covers one unit of the syllabus and comprises all of the studying results content material you could belief – written by means of an skilled lecturer taken with the advance of the syllabus The 3rd variation of this confirmed textbook totally covers the 6 hottest professional devices of the Mechanical Engineering, production Engineering and Operations and upkeep Engineering pathways of the BTEC nationwide Engineering syllabus.
- Large Eddy Simulation for Incompressible Flows
- Foundations of fluid dynamics
- Supercritical Fluid Extraction and Chromatography. Techniques and Applications
- Hydrodynamics of Free Surface Flows: Modelling With the Finite Element Method
- Stellar Structure and Evolution
Additional resources for Fluid Mechanics for Chemical Engineering
Determine the pressure field. 3. Determine the head at every point in the liquid. Which term causes the head loss in the flow along a streamline? 4. Determine the friction stress exerted by the flow on the solid wall. Part 2 – Use of the Navier–Stokes equations 1. Write out the Navier–Stokes equation for the ux velocity component (along Ox), using the assumptions made about the kinematics of the flow and the results established in the first part? 2. Write out the boundary conditions on the bottom (z = 0) and at the free surface (z = h).
If the area Sc of the separation zone is known, mass conservation makes it possible to infer the velocity Uc, in the restriction. In the hatched zone corresponding to the restriction, the particles maintain their energy. Bernoulli’s theorem, applied between sections S2 and Sc, provides the pressure in the contracted section. Lastly, the momentum theorem, applied to the hatched domain, provides an estimate of the force applied by the flow on the end wall SF. 8(b), reverting to Borda’s calculation described earlier and applying it to the expansion between Sc and S1.
3. Determine the velocity profile, ux(z)? 50 Fluid Mechanics for Chemical Engineering 4. Calculate the friction stress exerted on the bottom by the flow, using a method other than the one used in Question 4 of Part 1? 5. Calculate height h as a function of the flow rate Q injected by unit width? V: Impact of a jet on a sloping plate Consider, in a two-dimensional configuration, a jet of water that impinges on a flat plate defining an angle α with the direction of the incident flow (the jet impinges perpendicularly on the plate when α = π/2).
Fluid Mechanics for Chemical Engineering by Mathieu Mory