Bücher von Namdeo Khobragade

This book contains Concept of Numerical Analysis, The Sources and Propagation of Error, Computer Representation of Numbers, Sources of Error, Propagation of Errors, Propagation of Error in Sum, Stability in Numerical Analysis, Root Finding For Nonlinear Equations, Simple Enclosure Methods, Secant Method, Newton¿s Method, General Theory for One Point Iteration Methods, Error Tests. Numerical Evaluation of Multiple Roots, Roots of Polynomials, Mullers Method, Non-Linear Systems of Equations, Newton¿s Method for Non- Linear Systems, Interpolation Theory, Polynomial Interpolation Theory, Newton¿s Divided Differences, Finite Difference and Table Oriented Interpolation formulas, Forward-Differences, Hermite Interpolation, Spline Functions,Approximation of Functions, Numerical Integration,Numerical Methods for Differential Equation. This book is useful for post graduate students.

This book contains mathematical concepts and theories on topic of thermo elasticity. The concept of thermo elasticity which forms the central theme of this book, finds its roots and application in branches of Mathematics, Physics and Engineering. Thermoplastic behavior of different geometric structures and different boundary conditions are discussed in depth for better understanding of the topics. The mathematical approach for thermoplastic problems may be of immense help for those students, researchers and teachers pursuing work on thermo elasticity and will be helpful to increase the thermal efficiency of materials. This book includes Non-Simple Quasi-Static Thermal Vibration Analysis In An Elliptic Plate Due To Ramp-Type Sectional Heat Supply, Thermoelastic Analysis Of A Thick Plate Subjected To Random Temperature Pulse, Thermal Bending Stresses Analysis Of A Clamped Axisymmetric Elliptic Plate Under Thermal Load, A Fractional-Order Approach Of Thermoelasticity In An Elliptic Disk With Thermal Bending Moments, etc.

This book contains mathematical concepts and theories on topic of thermo elasticity. The concept of thermo elasticity which forms the central theme of this book, finds its roots and application in branches of Mathematics, Physics and Engineering. Thermoplastic behavior of different geometric structures and different boundary conditions are discussed in depth for better understanding of the topics. The mathematical approach for thermoplastic problems may be of immense help for those students, researchers and teachers pursuing work on thermo elasticity and will be helpful to increase the thermal efficiency of materials. In this book, the problems on rectangular plate , circular plate, annular disc and hollow cylinder have been solved numerically.

This book contains mathematical concepts and theories on topic of thermo elasticity. The concept of thermo elasticity which forms the central theme of this book, finds its roots and application in branches of Mathematics, Physics and Engineering. Thermoplastic behavior of different geometric structures and different boundary conditions are discussed in depth for better understanding of the topics. The mathematical approach for thermoplastic problems may be of immense help for those students, researchers and teachers pursuing work on thermo elasticity and will be helpful to increase the thermal efficiency of materials.