Detection Technology and Automatic Control Engineering Basics

Author: Yan Xuehua
Publisher:
Publish Date: 2006-01-01
Features: The first half of this book systematically introduces the fundamental content of detection technology, the key components of detection technology—working principles, characteristics, and applications of various sensors, the detection technology of temperature, which is the most important physical quantity in material processing, as well as the working principles and characteristics of advanced non-destructive testing detection technologies applied in material processing engineering. The second half primarily introduces the development of automatic control system theory, briefly covers the main control instruments and devices in automatic control systems, and focuses on introducing typical automatic control theories in line with current application trends (including neural control systems, fuzzy control, expert control, and hierarchical intelligent control). It also specifically details the applications of advanced control theories and computer technology in the field of material hot processing. This book can serve as a technical foundation textbook for material engineering, automatic control engineering, and related disciplines in higher engineering colleges, as well as a reference for researchers and engineering technicians in relevant fields. The first half of this book systematically introduces the fundamental content of detection technology, the key components of detection technology—working principles, characteristics, and applications of various sensors, the detection technology of temperature, which is the most important physical quantity in material processing, as well as the working principles and characteristics of advanced non-destructive testing detection technologies applied in material processing engineering. The second half primarily introduces the development of automatic control system theory, briefly covers the main control instruments and devices in automatic control systems, and focuses on introducing typical automatic control theories in line with current application trends (including neural control systems, fuzzy control, expert control, and hierarchical intelligent control). It also specifically details the applications of advanced control theories and computer technology in the field of material hot processing. This book can serve as a technical foundation textbook for material engineering, automatic control engineering, and related disciplines in higher engineering colleges, as well as a reference for researchers and engineering technicians in relevant fields.