Engineering Mechanics: Dynamics

This is a core textbook for undergraduate engineering/dynamics courses. It emphasizes visual analysis (free-body diagrams etc.), problem-solving through real engineering examples, has numerous worked problems, includes index and bibliographical references. Topics include motion of particles, force, mass & acceleration, energy & momentum methods, rigid body dynamics, planar & 3D dynamics, vibrat…

Vector Mechanics for Engineers: Statics

A widely used engineering mechanics textbook focusing on static equilibrium. Provides thorough treatment of vectors, forces on particles and rigid bodies, analysis of structures, centroids, friction, virtual work, etc. Exercises for practice. Useful for engineering students.

Engineering Mechanics STATICS

Edition

1

ISBN/ISSN

0-13-129005-3

Collation

624

Series Title

-

Call Number

620. 1053 / B 411

ADVANCED MECHANICS OF MATERIALS

Edition

4

ISBN/ISSN

0471883921

Collation

763

Series Title

-

Call Number

620.11/B345

Schaum’s Outline of Quantum Mechanics

A concise yet comprehensive study guide in the Schaum’s Outline series, featuring hundreds of worked examples and practice exercises. Covers mathematical preliminaries, Schrödinger equation, harmonic oscillator, spins, angular momentum, hydrogen-like atoms, scattering theory, numerical methods, and more. Ideal for undergraduates seeking reinforcement and exam preparation

Modern Quantum Mechanics

A comprehensive, mathematically rigorous, and historically grounded treatment of quantum mechanics at the graduate level. Topics include Hilbert space formalism, angular momentum theory, symmetries, approximation methods, scattering, and relativistic quantum theory. Suitable for advanced courses and as a reference for researchers.

Matter and Interactions: Modern Mechanics

"Matter and Interactions: Modern Mechanics" provides a modern approach to teaching physics, emphasizing the use of computer modeling and the fundamental principles of momentum, energy, and angular momentum. The book integrates computational physics and microscopic models of matter, designed to support a deep conceptual understanding for students beginning their study of mechanics.

Quantum Physics

This third edition provides a clear and accessible introduction to the fundamental principles of quantum physics, including wave mechanics, matrix mechanics, and applications to modern physics topics.

An Introduction to Quantum Physics

Designed as part of the MIT Introductory Physics Series, this book provides a clear and systematic introduction to the principles of quantum physics, including wave-particle duality, quantum states, operators, and applications.

Modern Physics

This classic introductory textbook presents the fundamentals of modern physics, including quantum mechanics, relativity, atomic and nuclear structure. It is widely used by undergraduate students in physics and engineering.