Polymer matrix composites are used in a wide range of applications, from automotive parts and spacecraft components to chemical plant and offshore oil equipment. 

Written especially for professional engineers, this useful reference clearly explains how to design with these exciting materials. The elastic properties, residual stress, jointing, and environmental effects of polymers are among the topics covered in this very practical work, which emphasizes real situations by drawing upon numerous case studies. 

Building upon the solid foundation of the first edition, this revised and expanded book describes recent advances, adding key information, case studies, and examples that will broaden your knowledge of composites materials and manufacturing methods

.The first focus of this text is on materials. Several major chapters are devoted to describing the basic materials that are put together to create composite structures. The book simply and clearly presents the details of why composite materials behave the way they do. 

This book presents in one volume all the graphic communication requirements for GCE, CSE and TEC students in schools and technical colleges. 

Although a class text, it is basically self-tutoring in style, using a progressive work scheme of carefully chosen exercises designed to teach the important principles. Simplicity is the keyword throughout – the drawings are large to show full constructional details and are annotated where necessary to emphasise the important procedures.

In its fourth edition, Technical Graphics Communication has become a standard in the field of engineering and technical graphics. 

This text presents both traditional and modern approaches to technical graphics, providing engineering and technology students with a strong foundation in standard drawing practices and techniques.

Strong emphasis on design and industrial applications is found throughout, reinforcing the real and practical ways that technical graphics skills are used in real companies.

This book provides a detailed study of geometrical drawing through simple and well-explained worked-out examples and exercises. This book is designed for students of first year Engineering Diploma course, irrespective of their branches of study.

First Principles of Mechanical and Engineering Drawing is a comprehensive guidebook written by H. Holt-Butterfill in 1897. The book covers the fundamental principles of mechanical and engineering drawing, including the use of instruments, lettering, and the creation of accurate technical drawings.

 It provides detailed explanations of topics such as orthographic projection, perspective drawing, and the creation of isometric and oblique drawings. The book also includes numerous examples and exercises to help readers develop their skills in mechanical and engineering drawing. 

Engineering Drawing: For PTU has been tailor-made for students of Punjab Technical University. It brings together the theoretical and practical aspects of engineering drawing. Not only are the diagrams in this book neat and precise, but each of them is also accompanied by an easy-to-understand and logical step-by-step method of drawing. 

Engineering drawing is a two-dimensional representation of three-dimensional objects. In general, it
provides necessary information about the shape, size, surface quality, material, manufacturing process,
etc., of the object. It is the graphic language from which a trained person can visualize objects.
Drawings prepared in one country may be utilized in any other country irrespective of the
language spoken. Hence, engineering drawing is called the universal language of engineers. Any

Machine Drawing is divided into three parts. 

Part I deals with the basic principles of technical drawing, dimensioning, limits, fits and tolerances. 

Part II provides details of how to draw and put machine components together for an assembly drawing. 

Part III contains problems on assembly drawings taken from the diverse fields of mechanical, production, automobile and marine engineering.