ELEMENTS OF RHEOLOGY IN CERAMIC TECHNOLOGY

Discover the fascinating world of rheology and its applications in ceramic technology. This handbook, developed by experienced specialists from AGH University of Science and Technology Press, is an ideal source of knowledge for students and professionals involved in the rheological characterization of continuous systems. Learn the secrets of investigating the response of substances to loads and acquire the skills necessary to modernize technological processes and improve the quality of finished products.

• Interdisciplinary knowledge: Gain a comprehensive understanding of rheology as a field of knowledge.
• Practical application: Learn to use rheological tests in technological processes.
• Quality improvement: Increase your competence in the control and improvement of the quality of ceramic products.
• Economic benefits: Learn how optimizing rheological processes affects economic efficiency.
• Up-to-date knowledge: Get access to the latest information and research in the field of rheology.
• For students and professionals: Handbook adapted to different levels of knowledge.
• Developed by experts: Guarantee of reliable and verified knowledge.

Rheology, as an interdisciplinary field of knowledge, plays a key role in studying the response of substances to loads. With technological progress and increasing requirements for product quality, rheological tests are becoming increasingly important. In industrialized countries, where huge amounts of substances with complex rheological properties are processed, even a slight improvement in the handling of these substances can bring significant economic benefits. This handbook, developed by Dr. Joanna Mastalska-Popławska, Dr. Eng. Agata Stempkowska and Dr. Eng. Łukasz Wójcik, is a valuable source of knowledge for students and professionals.

The handbook discusses in detail the elements of rheology in the context of ceramic technology, presenting both theoretical foundations and practical applications. The reader will learn about methods for testing the rheological properties of ceramic materials, which will allow them to better understand the processes occurring during their processing. As a result, they will be able to optimize these processes to obtain products with better quality and durability. This handbook is also an excellent tool for self-education and professional development.

AGH University of Science and Technology Press, known for its high-quality scientific and technical publications, provides readers with a handbook that will certainly contribute to expanding knowledge and skills in the field of rheology and ceramic technology. The authors, who are recognized experts in their fields, have ensured that the content is accessible and understandable, while at the same time being comprehensive and up-to-date. This is an invaluable source of information for anyone who wants to deepen their knowledge of rheology and its applications in the ceramic industry.