Abstract
This article describes the design of an appliance for improvement of the technology for repairing elements of the clutch using composite polymer materials.
This article describes the design of an appliance for improvement of the technology for repairing elements of the clutch using composite polymer materials.
The methodology and results of theoretical and experimental studies of cutting elements of rotary-type working bodies for development and grinding of soils for the purpose of their subsequent strengthening with binding materials (cement, organic binders) during the construction of highways are provided. A stand for physical modeling of the working processes of machines of this type (roadmixer, road harrow) is proposed.
The main dependences that make it possible to determine and evaluate the dynamic components of stresses and displacements in main gas pipelines under the action of a moving concentrated force are considered. The solution of the problem is given for single-span, two-span, and three-span beam transitions. According to the requirements of industry documents, decisions were made on the further operation of crossings or the need for their reconstruction.