By K. S. Raju
This broad-based ebook covers the 3 significant parts of Chemical Engineering. many of the books available in the market contain one of many person components, particularly, Fluid Mechanics, warmth move or Mass move, instead of the entire 3. This ebook offers this fabric in one resource. This avoids the person having to consult a couple of books to procure details. so much released books overlaying all of the 3 components in one resource emphasize idea instead of sensible matters. This publication is written with emphasis on perform with short theoretical thoughts within the kind of questions and solutions, now not adopting stereo-typed question-answer technique practiced in yes books out there, bridging the 2 components of thought and perform with recognize to the middle components of chemical engineering. so much elements of the publication are simply comprehensible through those who find themselves now not specialists within the field.
Fluid Mechanics chapters comprise fundamentals on non-Newtonian structures which, for example locate significance in polymer and nutrients processing, stream via piping, movement dimension, pumps, blending know-how and fluidization and part circulation. for instance it covers forms of pumps and valves, membranes and parts in their use, diverse apparatus established in chemical and their benefits and drawbacks.
Heat move chapters hide the fundamentals occupied with conduction, convection and radiation, with emphasis on insulation, warmth exchangers, evaporators, condensers, reboilers and fired warmers. layout equipment, functionality, operational concerns and upkeep difficulties are highlighted. subject matters resembling warmth pipes, warmth pumps, warmth tracing, steam traps, refrigeration, cooling of digital units, NOx keep watch over locate position within the book.
Mass move chapters hide fundamentals akin to diffusion, theories, analogies, mass move coefficients and mass move with chemical response, apparatus reminiscent of tray and packed columns, column internals together with structural packings, layout, operational and install matters, drums and separators are mentioned in strong element. Absorption, distillation, extraction and leaching with functions and layout tools, together with rising practices related to Divided Wall and Petluk column preparations, multicomponent separations, supercritical solvent extraction locate position within the book.
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This broad-based publication covers the 3 significant components of Chemical Engineering. lots of the books out there contain one of many person parts, specifically, Fluid Mechanics, warmth move or Mass move, instead of all of the 3. This booklet provides this fabric in one resource. This avoids the consumer having to consult a couple of books to procure info.
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Extra resources for Fluid Mechanics, Heat Transfer, and Mass Transfer: Chemical Engineering Practice
The control portion of the system can be safely located, with the pneumatic plumbing isolating the hazardous areas from the safe areas. Give an overview of modern level measurement methods with suitable examples of applications. 3 gives a summary of modern level measuring methods. Illustrate the causes of discrepancy between external level and internal level (inside an equipment). Inaccuracies in level measurements for foaming & . 20. What are differential pressure (DP) cells? How are they used for liquid level measurement?
Any change in density, such as that caused by a change in temperature, necessitates recalibration. Differential pressure devices offer the advantage of easy installation in liquid applications that are relatively clean and free of suspended solids. Drawbacks include the requirement of seal fluid in pressurized vessels, difficulty in calibration, and technical difficulties related to density and temperature. Electrical Methods: Two electrical characteristics of fluids, namely, conductivity and dielectric constant, are frequently used to distinguish between two phases for level measurement purposes.
Drag coefficients for spheres, disks, and cylinders. liquid metals are driven through a magnetic field in order to generate electricity. & The study of magnetohydrodynamics is also motivated by its widespread application to the description of space (within the solar system) and astrophysical plasmas (beyond the solar system). What is creeping flow? Under what circumstances it occurs? Give examples of systems in which creeping flow is likely to be present. & Fluid flow at very small values of Reynolds number, that is, at very low velocities relative to a solid object, in general a very viscous flow, is called creeping flow or Stokes flow.
Fluid Mechanics, Heat Transfer, and Mass Transfer: Chemical Engineering Practice by K. S. Raju