Theory of plates and shells / S.S. Bhavikatti.

Format:

Book

Author/Creator:

Bhavikatti, S. S.

Language:

English

Subjects (All):

Shells (Engineering).

Plates (Engineering).

Physical Description:

1 online resource (313 p.)

Edition:

1st ed.

Place of Publication:

New Delhi : New Age International, 2012.

Language Note:

English

Contents:

""Cover ""; ""Preface ""; ""Contents ""; ""Chapter 1 Introduction to Plates ""; ""1.1 Coordinate Systems ""; ""1.2 Stresses on an Element ""; ""1.3 Types of Theories of Plates ""; ""1.3.1 Theory of Thin Plates with Small Deflections ""; ""1.3.2 Theory of Thin Plates with Large Deflections ""; ""1.3.3 Theory of Thick Plates ""; ""Questions ""; ""Chapter 2 Pure Bending of Plates ""; ""2.1 Slope in Slightly Bent Plate ""; ""2.2 Curvature of Slightly Bent Plate ""; ""2.3 Principal Curvature ""; ""2.4 Displacement

Strain Relations ""; ""2.5 Strains in Terms of w ""

""2.6 Strain-Stress Relations """"2.7 Expressions for Moments ""; ""2.8 Moment in any Direction ""; ""2.9 Principal Moments ""; ""Questions ""; ""Chapter 3 Small Deflections of Laterally Loaded Plates ""; ""3.1 Stress Resultants on a typical Plate Element ""; ""3.2 Equations of Equilibrium ""; ""3.3 Expressions for Vertical Shears ""; ""3.4 Boundary Conditions ""; ""3.5 Corner Reaction ""; ""Questions ""; ""Chapter 4 Fourier Series of Loadings ""; ""4.1 Fourier Series of Loads on Beams ""; ""4.2 Fourier Series for UDL on Beams ""; ""4.3 Fourier Equivalent for UDL Over a Small Length ""

""4.4 Fourier Equivalent for a Concentrated Load """"4.5 Fourier Equivalent for Hydrostatic Load ""; ""4.6 Fourier Equivalent for Triangular Load with Peak Value at Mid-span ""; ""4.7 Double fourier series Expressions for Loads ""; ""4.8 Double Fourier form for UDL ""; ""4.9 Double Fourier Form for UDL Over Small Area ""; ""4.10 Double Fourier Form for Concentrated Load ""; ""4.11 Double fourier Equivalent for Hydrostatic Load ""; ""4.12 Double Fourier Equivalent for Triangular Load with Peak Value at Mid-Span ""; ""Questions ""; ""Chapter 5 Navier�s Solution for Rectangular Plates ""

""5.1 Navier Solution for Rectangular Plate Subjected to UDL """"5.2 Navier Solution for any Loading ""; ""Questions ""; ""Chapter 6 Levy�s Solution for Rectangular Plate Analysis ""; ""6.1 Analysis of Rectangular Plate subjected to UDL by Levy's Method ""; ""6.2 Physical Meaning of Particular and Complementary (Homogeneous) Integrals ""; ""6.3 Convergence Study ""; ""6.4 Comparison Between Navier's Solution and Levy's Solution ""; ""Question ""; ""Chapter 7 Rectangular Plates with Various Edge Conditions ""; ""7.1 Simply Supported Plate Subject to Moments Along y=o and y=b ""

""7.2 Rectangular Plate with two Opposite Edges simply Supported and the Other two Edges Fixed """"7.3 Rectangular Plate with all Four Edges Fixed ""; ""7.4 Rectangular Plate with one Edge Simply Supported, Other Edges Fixed ""; ""7.5 Rectangular Plate with two Adjacent Edges Simply Supported and Other two Fixed ""; ""7.6 Rectangular Plate with two Opposite Edges Simply Supported, one Edge Fixed and Another Free ""; ""7.7 Rectangular Plates with Three Edges Built in and fourth Edge Free ""; ""7.8 Rectangular Plate Continuous in one Direction ""

""7.9 Rectangular Plates Continuous in Both directions ""

Notes:

Description based upon print version of record.

Includes bibliographical references.

ISBN:

81-224-3492-4

OCLC:

842971911