Understanding Rheology

Understanding Rheology（Topics in Chemical Engineering）
化学工程基础学科

售价：

发货周期：预计5-7周发货

作者

Morrison, Faith A.

出版社

Oxford University Press

出版时间

2001年02月01日

装帧

精装

ＩＳＢＮ

9780195141665

复制

页码

558

开本

234x190mm

语种

英文

综合评分

暂无评分

图书详情
目次
买家须知
书评（0）
权威书评（0）

图书简介

Understanding Rheology is a main text for Jr./Sr./Grad (4th and 5th year) level courses taught in departments of chemical and mechanical engineering. The course is called rheology or polymar rheology. Rheology is the study of the deformation and flow of materials. The plastic flow solids, such as molten rock, and the physical properties of complex fluids such as polymers, colloids, foams, gels are among the chief concerns of rheology. In other words, the physics of mayonnaise. Food science is among the most industrially significant applications of rheology. The strengths of the Morrison book is its pedagogy and its price. The very few books on the market even appropriate for teaching an undergraduate cousre are much more expensive. The book contains problems and samples appropriate to an under graduate course. It will be accompanied by an Instructor’s Manual free to adopters of the main text.

馆藏图书馆

Princeton University Library

1: Introduction: How Much Do I Need to Learn about Rheology?; 1.1: Shear Thinning/Shear Thickening; 1.2: Yield Stress; 1.3: Elastic/Visoelastic Effects; 1.4: Rheology as Spectroscopy; 1.5: Process Modeling; 2: Vector and Tensor Operations; 2.1: Scalars; 2.2: Vectors; 2.3: Tensors; 2.4: Differential Operations with Vectors and Tensors; 2.5: Curvilinear Coordinates; 2.6: Vector and Tensor Integral Theorems; 2.7: Problems; 3: Newtonian Fluid Mechanics; 3.1: Conservation of Mass; 3.2: Conservation of Momentum; 3.3: The Newtonian Constitutive Equation; 3.4: The Navier-Stokes Equation; 3.5: Example Flow Problems: Incompressible Newtonian Fluids; 3.6: Problems; 4: Standard Flows for Rheology; 4.1: Introduction; 4.2: Simple Shear Flow; 4.3: Simple Shear-Free (Elongational) Flows; 4.4: Forms of the Stress Tensor in Standard Flows; 4.5: Measuring Stresses in Standard Flows; 4.6: Problems; 5: Material Functions; 5.1: Introductino and Definitions; 5.2: Shear Flow; 5.3: Elogational Flow; 5.4: Problems; 6: Experimental Data; 6.1: Steady Shear Flow; 6.2: Unsteady Shear FLow; 6.3: Steady Elongational Flow; 6.4: Unsteady Elongational Flow; 6.5: Summary; 6.6: Problems; 7: No Memory: Generalized Newtonian Fluids; 7.1: Constitutive Constraints; 7.2: The GNF Constitutive Equation; 7.3: Material Function Predictions; 7.4: Example Flow Problems: Power-Law Generalized Newtonian Fluids; 7.5: Limitations on GNF Models; 8: Memory Effects: Generalized Linear-Visoelastic Fluids; 8.1: Memory effects; 8.2: The Maxwell Models; 8.3: The GLVE Constitutive Equations; 8.4: Example Flow Problems: GLVE Fluid; 8.5: Limitations on the GLVE Model; 8.6: Problems; 9: Introduction to More Advanced Constitutive Modeling; 9.1: Finite Strain Measures; 9.2: Lodge Equation; 9.3: Convected Derivatives; 9.4: Other Constitutive Approaches; 9.5: Problems; 10: Rheometry; 10.1: Shear Flow; 10.2: Elongational Flows; 10.3: Flow Birefringence; 10.4: Summary; 10.5: Problems; A: Nomenclature; B: Glossary; C: Mathematical Appendix; C1: Math Hints; C2: Differential Operations in Curvlinear Coordinates; C3: Projection of a Plane; C4: Finite Deformation Tensors in Curvlinear Coordinates; C5: Coordinate Transformations of Orthonormal Bases; C6: Finding Principal Values; C7: Contravariant/Covariant Transformations of Tensors; C8: Problems; D: Predictions of Constitutive Equations; E: Optics of Birefringence; E1: Light in a Vacuum; E2: Light in an Isotropic Medium; E3: Light in an Anisotropic Medium; E4: Summary; E5: Problems

Trade Policy 买家须知