Introduction to disciplines and majors
Safety technology and engineering is a subject that studies various factors that affect the production environment and the production process, endangering the safety status of producers, production equipment and industrial and mining enterprises, as well as basic theories, technical measures and modern management of safety engineering.
The main research direction of this subject
(1)Safety system engineering:
Apply the principles and methods of safety system engineering to study the causes and hazards of unsafe factors that are unique to industrial and mining enterprises during the production process, as well as the safety status evaluation and safety system analysis of factory and mining enterprises, and formulate and propose safety engineering technology and modern safety Management measures and methods.
(2)Industrial ventilation and dust removal technology:
Apply fluid mechanics, aerosol mechanics, air pollution control theory, computer science and other disciplines to study the basic principles and methods of industrial and mining enterprises related to ventilation, harmful gas and dust control; study the movement and distribution of various harmful gases and dust in the production process Rules, and put forward the development of related control measures and equipment, as well as the use of computers to optimize the design of ventilation and analysis of ventilation networks in industrial and mining enterprises; and develop and develop relevant agents to reduce various harmful substances in the production process.
(3)Evaluation and control of environmental effects of air pollution
Using environmental science, environmental quality assessment, computer science, and air pollution control theory and other disciplines to study the distribution and movement of air pollution through field surveys, actual measurements, and model experiments, to study the evaluation indicators, evaluation models, and evaluation of air pollution environmental effects The system and corresponding control measures achieve the purpose of controlling air pollution.
(4)Application of artificial intelligence in safety system engineering
Apply the principles and methods of artificial intelligence to the field of safety system engineering. Apply the principles and methods of expert systems, computer science, network theory and safety system engineering to establish the knowledge information input, storage, processing and output in safety system engineering, and research can be quickly, intuitively and easily analyzed on the computer And evaluate the safety status of the system, and can perform inference, decision-making, control and management of safety technology engineering.
(5)Noise control
Apply basic knowledge and theory such as acoustics, aerodynamics, computer technology, signal analysis and testing technology, vibration engineering, material science, mechanical design, etc. to study the generation, propagation, hazards and effects of noise, and design the absorption suitable for on-site use Sound, sound insulation and muffler equipment to solve noise control problems in industrial production and urban life.
Safety technology and engineering is an emerging discipline. It has the characteristics of multi-disciplinary interpenetration and intersection. It is closely related to environmental science, multiphase fluid mechanics, computer science and air pollution control theory.