In the process of occupational hazard management, computational fluid dynamics technology can be used to reflect the distribution pattern of occupational hazards in the production process, so as to quickly and accurately guide the formulation of occupational disease prevention and control programs. This paper summarizes and analyzes the current research results on the prevention and control of occupational hazards in workplaces through computational fluid dynamics technology, and describes the application of these research results in the process of occupational disease prevention and control. On this basis, this paper presents the problems and application limitations of existing research and points out the future key research directions, which are of great reference value for guiding further systematic and in-depth research on simulation, experimentation and management of occupational hazards that can cause occupational diseases.
在职业性危害治理过程中，可利用计算流体力学技术直观地反映生产过程中职业病危害因素的分布规律，以便快速、准确地指导职业病危害防治方案的制定。本文将目前学者通过计算流体力学技术对作业场所职业病危害因素的防治研究结果进行总结分析，阐述这些研究结果在职业病防治过程中的应用。在此基础上，本文提出了现有研究存在的问题及应用局限性，并指出了未来重点研究方向，对于指导职业病危害因素模拟、实验和治理方面进一步系统和深入的研究具有较大的参考价值。.
Keywords: Computational fluid dynamics; Hazard factors; Hydrodynamics; Occupational Health; Occupational disease prevention.