MECHANICS OF MATERIALS FOR CONSTRUCTION STUDENTS - JERZY WYRWAŁ

Discover the fascinating world of mechanics of materials with the textbook by Jerzy Wyrwał! This publication is the key to understanding the theoretical and experimental studies of mechanical phenomena occurring in construction materials. Ideal for construction students, engineers, and anyone interested in the strength of materials.

• Complete introduction to mechanics of materials
• Detailed discussion of basic concepts and relationships
• Numerous examples with solutions
• Aimed at students of construction and related fields
• Used in strength of materials classes
• Helpful in understanding mechanical phenomena in structures

Mechanics of materials is a field of science that studies the behavior of materials under the influence of external loads. These loads cause stresses in the materials and lead to deformations and displacements. The aim of mechanics of materials is to determine these quantities, taking into account the actual working conditions of the structure. Jerzy Wyrwał's book provides an accessible introduction to these topics, presenting both theory and practical applications.

Each chapter of the book begins with a brief introduction in which the basic concepts are defined. Then, all the most important relationships and equations are discussed in detail. The theoretical considerations are illustrated by numerous, detailed solved examples, which facilitates the understanding of the material and its practical application. This makes the textbook an invaluable aid for students of construction and other technical fields.

Scientific Publishing House PWN, known for its high-quality scientific publications, has ensured a careful edition of this book. The paperback cover, the 166x238 mm format, and 448 pages full of knowledge guarantee satisfaction with reading. The year of publication 2022 testifies to the topicality of the presented content. Reach for this book and gain a solid foundation in mechanics of materials!

This book is primarily aimed at students of the construction field. It can also be used by students of other fields in which the subject of strength of materials occurs (e.g. power engineering, environmental engineering, mechanical engineering, aviation, etc.).