تحلیل نیروهای دینامیکی و استاتیکی وارد بر فونداسیون کمپرسور دوار

In this article, a detailed analysis of the dynamic and static forces on the foundation of a rotary compressor sample has been investigated. The compressor along with the electric motor are considered as the main components for which the foundation is designed. Using the standards related to foundation design and calculations related to the forces caused by shaft misalignment and the forces caused by vibrations, the amount of forces acting on the foundation has been calculated and analyzed. The results showed that by increasing the thickness of the foundation and improving the load distribution, the performance of the foundation is improved and the amount of vibrations is reduced. All static and dynamic calculations have been done for the foundation with two heights of 45 and 60 cm and the results are acceptable for both cases. According to the calculations, by increasing the thickness from 45 cm to 60 cm, the ratio of the weight of the foundation to the structure increases from 1.35 to 1.79, which, of course, considering the suitability of the static and dynamic analysis results in the case of 45 cm thickness, it is not necessary to increase it further.