Viruses spreads very quickly and has a fatal risk in people with chronic disease. As the virus vaccine and medications to be used for treatment are not fully developed, alternative ways to protect it from the virus are being investigated. In this study, the effects of a classical face mask on human face were investigated and computer-aided analyses were performed. Three-dimensional model of the classical face mask was performed with the SolidWorks software. The analyses were performed using AnsysWorkbench Static Structural module. The load, boundary conditions and material were defined in the AnsysWorkbench. As a result of the analyses, it has been determined that classical masks influence human face. The classical masks have a negative effective in terms of irritation on the human face. The occurred stresses cause irritation on one's skin. The use of silicone pads has been shown to reduce these effects. It was proved by this study that silicon pads can be used as an alternative method to reduce these stresses. In the future, it is planned to conduct studies investigating mask materials that do not irritate the human face.

病毒传播非常迅速，对患有慢性疾病的人具有致命的危险。由于尚未完全开发出用于治疗的病毒疫苗和药物，因此正在研究保护其免受病毒侵害的其他方法。在这项研究中，研究了经典面罩对人脸的影响并进行了计算机辅助分析。经典面罩的三维模型是使用SolidWorks软件执行的。使用AnsysWorkbench静态结构模块进行了分析。载荷，边界条件和材料在AnsysWorkbench中定义。作为分析的结果，已经确定经典面具会影响人脸。就对人脸的刺激而言，经典面罩具有负面效果。发生的压力会刺激皮肤。已显示使用硅树脂垫可减少这些影响。这项研究证明，硅垫可以用作降低这些应力的替代方法。将来，计划进行研究以调查不会刺激人脸的面罩材料。