Building materials physical testing

Author: Feng Zhengliang, Editor-in-Chief
Publisher:
Publish Date: 2006-02-01
Features: This book is compiled according to the basic requirements reviewed by the Textbook Writing Committee for Higher Vocational and Technical Education in Materials (Silicate) Engineering Technology. The book is divided into three parts: Physical Property Testing Technology of Cement, Physical Property Testing Technology of Glass, and Physical Property Testing Technology of Ceramics. It comprehensively introduces the properties of cement, glass, and ceramics, with a focus on their general physical property testing functions, testing principles, testing procedures, testing requirements, and factors affecting the accuracy of testing results. The Physical Property Testing Technology of Cement also highlights the construction of testing laboratories and sampling techniques under different conditions from the perspectives of production, application, and quality supervision, making it highly targeted. Additionally, it incorporates new content for emerging cement production and application forms such as cement grinding plants and ready-mixed concrete batching plants. The Physical Property Testing Technology of Glass and Ceramic Physical Property Testing Technology provide systematic and comprehensive introductions to their properties, making them valuable for readers. The book's structure and content are centered around practical exercises, aligning with vocational teaching requirements and meeting on-the-job training needs. It can also serve as an operational guide. This book is not only a teaching material for relevant higher vocational programs but also a training manual for enterprise employees, as well as a reference for industry management personnel and engineering technicians.
[Preface] This book is compiled according to the basic requirements reviewed by the Textbook Writing Committee for Higher Vocational and Technical Education in Materials (Silicate) Engineering Technology under the Ministry of Education. It is divided into three parts: Physical Property Testing Technology of Cement, Physicochemical Property Testing Technology of Glass, and Physical Property Testing Technology of Ceramics. It has the following characteristics:
- Up-to-date Content: Based on current standards, specifications, advanced production technologies, and requirements.
- Strong Vocational Focus: Suitable for vocational teaching and on-the-job training, meeting vocational skill examination criteria.
- High Practicality: Introduces methods, explains issues, clarifies requirements, and addresses "how to do" and "why it is done."
- Broad Application Scope: Applicable to physical property testing in building material development, production, use, and quality supervision.
This book is edited by Associate Professor Feng Zhengliang of Hunan Construction and City Planning Vocational and Technical College as the chief editor, with Associate Professors Zhou Huiqun of Kunming Metallurgical Higher Vocational College and Senior Lecturer Su Liangyu of Guizhou Building Materials Industry School as deputy editors. The specific writing is as follows: Feng Zhengliang wrote Part 1, Chapter 1, and part of Chapter 9; Zhou Huiqun wrote Part 1, Chapter 8; Su Liangyu wrote Part 1, Chapter 5; Liu Jinzi of Hubei Education Institute wrote Part 1, Chapter 2; Hu Yanhuai of Sichuan Jiangyou Vocational Training College wrote Part 1, Chapter 3; Li Xianhao of Jiangxi Modern Vocational and Technical College wrote Part 1, Chapter 4; Liu Jinghua of Heilongjiang Construction Vocational and Technical College wrote Part 1, Chapter 6 and part of Chapter 9; Li Chunxi of Tianjin Construction and City Planning College Higher Vocational College wrote Part 1, Chapter 7; Wang Wei of Mianyang Vocational and Technical College wrote Part 2; Ma Yushu of Tianjin Construction and City Planning College Higher Vocational College wrote Part 3. Wu Yueyun of Hunan Construction and City Planning Vocational and Technical College reviewed Part 2, and Zhao Ou of Hunan Construction and City Planning Vocational and Technical College reviewed Part 3. During the writing process, the authors were supported by Director Chen Xiaoxun of the laboratory of Hunan Shaofeng Cement Group, Director Guan Yongsheng of the laboratory of Hunan Xinsheng Cement Plant, and faculty members of the Materials Department of Hunan Construction and City Planning Vocational and Technical College. Sincere gratitude is extended to them.