STRENGTH OF MATERIALS WITH ELEMENTS OF COMPUTER CAPTURE

Discover the fascinating world of material strength, where theory meets the practical application of computer methods. This comprehensive handbook is an ideal source of knowledge for students of mechanical and civil engineering, as well as for engineers wishing to expand their skills in the analysis and strength design of structures. Immerse yourself in the variety of topics, from one- to three-dimensional models, and learn the latest theories of elasticity, plasticity and material fracture.

• Comprehensive coverage of the basics of material strength
• Application of computer methods to solve engineering problems
• One-, two- and three-dimensional models of real mechanical objects
• Theory of elasticity and plasticity and views on fracture and fatigue of materials
• Issues of deformability and strength of polymers and composites
• Examples of FEM application for numerical strength analysis

The handbook "Strength of Materials with Elements of Computer Capture" is not only a collection of theories, but above all a practical tool that allows you to understand and solve complex engineering problems. The authors, Roman Bąk and Tadeusz Burczyński, are recognized experts in the field of mechanics and material strength, who convey their knowledge and experience in an accessible way. Thanks to numerous examples and illustrations, even the most complicated topics become understandable and easy to learn.

This book is an invaluable aid for students and engineers who want to acquire the ability to analyze and design the strength of structures using modern computer methods. The Finite Element Method (FEM) is widely used in industry and engineering, and knowledge of its principles and applications is essential for anyone who wants to succeed in this field. With this handbook, you will acquire a solid theoretical and practical foundation that will allow you to effectively use FEM in your profession.

WNT Publishing House, known for its high-quality scientific and technical publications, guarantees that the handbook has been carefully prepared and edited. The paperback binding ensures durability and ease of use, and the 208x250 mm format makes the book handy and easy to carry. The year of publication 2017 shows that the handbook contains up-to-date information and reflects the latest achievements in the field of material strength. By investing in this handbook, you invest in your professional future and gain access to knowledge that will allow you to become an expert in your field.