The stress calculation and verification of the container

Supercritical fluid extraction device (mass transfer, heat transfer, reaction) . Load conditistress analysis, strength calculation the role of course design and graduation design . Without the corresponding equipment, the process cannot be realized.. The concept PTFE coated tape of process equipment and containers . Non-standard equipment, diversified functional principles . The design should be carried out according to external loads.

The shell is generally a pressure vessel. The stress calculation and verification of the container, and the comprehensive consideration of materials, manufacturing methods, inspection methods and other factors, carry out reasonable design of the container to ensure the safety of the container in operation. Process equipment-equipment containers used for mass transfer, heat transfer and chemical reactions-the general name of the external shell of the equipment Process equipment is the realization of the process Service, so the design of process equipment must meet the requirements of the process.

Starting from the load condition of the equipment during operation, through stress analysis and strength calculation, combined with structural analysis, And according to the corresponding design standards and specifications for the equipment parts and overall design work. The main content of process equipment design This course mainly introduces the general design methods of storage equipment, heat exchange equipment, tower equipment, and reaction equipment. Application of process equipment a, hydrogenation reactor (reaction equipment) b, liquid hydrogen storage container (storage equipment) c, ultra-high pressure food sterilization kettle (high pressure equipment) d , Nuclear reactor (reaction equipment) e. Characteristics of process equipment .

The machine has relative moving mechanisms, such as pumps, compressors, centrifuges, etc. Mechatronics-process technology , Equipment and control are closely integrated. The basic requirements of process equipment are to prevent damage or failure of the vessel during use. The design of process equipment is standardized and active. Example: Ammonia synthesis process and corresponding equipment The equipment is static and has no relative moving mechanism (some static equipment has moving transmission devices, such as jacketed reactors), such as storage equipment, heat exchange equipment, tower equipment, and reaction Equipment etc