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Sunday, April 24, 2011

Scale-up in Chemical Engineering

Inside this Book: Dimensional Analysis- Fundamental Principles- What is a Dimension?- What is a Physical Quantity?- Basic and Derived Quantities, Dimensional Constants,  Dimensional Systems,  Dimensional Homogeneity of a Physical Content, The pi Theorem, Determination of a Pi Set by Matrix Remodelling Scale, Invariance of a Pi-Space, Fundamentals of Scale-Up, Important Tips for the Construction of the Relevance List of a Problem,  Treatment of Universal Physical Constants,  Introduction to Intermediate Quantities, Important Aspects Concerning Scale-Up,  Scale-up at the Unavailability of a Model Material System, Scale-up under Conditions of Partial Similarity Preliminary Summary of the Essentials of Scale-Up, Advantages of Dimensional Analysis, Applicability of Dimensional Analysis, Experimental Techniques for Scale-up, Treatment of Variable Physical Properties by Dimensional Analysis, Dimensionless Representation of the Material Function Reference,  Material Function for the non-Newtonian Fluids- Pi-Space for non-Newtonian Fluids Reduction of the Pi-Space Typical Problems and Mistakes in Carrying out the Dimensional Analysis Optimization of the Process Conditions by Combining of Process Characteristics Selected Examples,  chosen illustrations of the Use of Dimensional Analysis in the Mechanical Process Engineering, special case in points of the Use of Dimensional Analysis in the Thermal Process Engineering,  Selected Examples of the Use of Dimensional Analysis in the Chemical Process Engineering,  To practice selected Examples of the Use of Dimensional Analysis in the Living World, Index of Important, Named Dimensionless Numbers are given. To Download this book Click here!!!

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