ENGINEERING MATERIALS WITH FUNDAMENTALS OF MATERIAL PROCESS TECHNOLOGY - LESZEK A. DOBRZAŃSKI

Discover the fascinating world of material engineering with the compendium of knowledge by Prof. Leszek A. Dobrzański. This comprehensive publication is an invaluable source of information for students, engineers, and scientists seeking to delve into the secrets of engineering materials and their applications. This book is the key to understanding modern structural, tool, and functional materials, both metallic, ceramic, polymeric, and composite.

• Comprehensive approach: Covers all aspects of design, acquisition, manufacturing, processing, and operation of materials.
• Division into volumes: Three volumes, six books, covering the fundamentals of materials science, material process technology, and metallurgy and materials science.
• Expert knowledge: By Prof. Leszek A. Dobrzański, a recognized authority in the field of material engineering.
• Wide range of topics: From the fundamentals of materials science to advanced issues of material design and process technology.
• Practical application: Ideal for students, doctoral students, research staff, and practicing engineers.

Engineering materials with fundamentals of material process technology is not only a textbook but also a guide to the world of modern material technologies. This book is conceived as a whole, comprehensively covering all issues related to the design, acquisition, manufacturing, processing, and operation of materials as materials necessary for the production of products that meet human needs. It is divided into three volumes and six books covering the following topics: volume 1 (I. Fundamentals of materials science, II. Fundamentals of material design methodology), volume 2 (III. Fundamentals of material process technology) and volume 3 (IV. Descriptive metallurgy of steel and iron alloys, V. Descriptive metallurgy of non-ferrous metal alloys, VI. Descriptive materials science of non-metals).

Volume 1 discusses the fundamentals of materials science and material design methodology. In addition to a general overview of engineering materials, it describes such issues as: design methods and methods, aspects of concern for the preservation of the natural environment, closed loop of raw materials, efficiency and speed of decision-making, reduction of real experiments in favor of virtual activities. The book presents in eight chapters extensive knowledge so that it can be accepted in a friendly way by students, doctoral students, research staff, and practicing engineers. The publication of the PWN Scientific Publishing House is a guarantee of the high quality and reliability of the presented content. It is an investment in knowledge that will benefit in every aspect of an engineering career.