This sought seeks to find and examine the main stress factors and psychosocial settings that affect ambulance staff, looking at the larger problem of how these stressors impact their mental well-being and work satisfaction. The research collected data from a field survey that identified and assessed stress factors, as well as qualitative insights from interviews that examined staff perceptions of complex work conditions in emergency services. Important findings show that high-stress situations, like dealing with traumatic events, long hours, and insufficient support, are linked to higher anxiety and burnout in ambulance workers. Moreover, the study points out important features of the work environment, such as workplace relationships and organizational culture, that can either reduce or increase stress. These findings are important, as they could guide healthcare policies that seek to improve the well-being of emergency service workers, which is crucial for maintaining a strong and effective workforce in pre-hospital care. By stressing the urgent need for effective approaches and supportive work structures, this research can have wider implications for healthcare, indicating that tackling the psychosocial issues faced by ambulance staff is crucial not just for their own well-being but also for the overall quality of emergency medical services.

Hydraulic cylinders represent the main actuating/positioning element for standalone lifting equipment or equipment for various transport platforms. This type of actuator represents a structural component responsible for the operational safety of the equipment it serves. One of the most common and dangerous reasons concerning the end of life for this equipment is the buckling or loss of stability of the elastic equilibrium shape. This article aims to compare the classical approach of the problem in accordance with the strength of materials theory in relation to the numeric algorithms used in the applications for the analysis of structure behavior and the algorithms that are based on the finite element method. The subject of study is a hydraulic cylinder that is installed in a self-lifting platform and because of the manifestation of the phenomenon under analysis, it has led to a technical accident. For this purpose, an estimation of the value for the buckling critical load of the cylinder assembly was carried out.