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Produced by Bayer Company: Pipe Stress Design Management System PSM (Free trial available for petrochemical, electric power, and pharmaceutical industries) PSM (Pipe Stress Management) is based on the commonly used pipeline engineering modeling software (PDMS\S3D) and pipeline stress calculation software (CEASARII\AUTOPIPE) to achieve a complete set of application solutions for seamless connection of design data and auxiliary design. It is divided into three components: S3D/PDMS client, stress workbench client, and data server. Through the workbench, the stress major can realize functions such as sending critical pipeline table conditions, automatically converting pipeline model conditions into CEASARII (.C2)/AUTOPIPE (.dat) stress model files, sending stress calculation report data, receiving spring condition data, summarizing and querying pipeline model condition data, automatically generating spring data tables\expansion joint data tables\equipment nozzle load tables (customized), and automatically generating stress project archive files (customized). The professional pipeline client (S3D/PDMS) can receive professional stress calculation report data in real time, and can directly generate a stress report model in the 3D software. Data such as node number, pipeline load, pipe rack type, pipeline direction adjustment, positioning size and other data can be directly displayed in the model. It can realize online sending and real-time updating of spring conditions, can automatically modify the pipeline direction according to the stress report, automatically generate stress pipe racks, can automatically judge the flexibility of a certain pipeline, provide the necessary level of stress calculation, and can automatically generate structural secondary condition diagrams. The stress/pipeline client can achieve real-time comparison of model data consistency and output comparison reports. The data server carries the transmission of all data from pipeline clients and stress clients, is responsible for the collection and management of project data design files, and can achieve highly integrated and complete project design files. The data server has powerful data mining and integration functions. As project data and design files continue to increase, it can provide optimization solutions for project design, such as optimal solutions for pipeline direction/stress design. This system can realize paperless handover of stress-pipeline professional conditions. Through online data exchange, it greatly improves the accuracy and effectiveness of communication between the two professions. The stress model 100% restores the details of the pipeline model, including medium density, wall thickness, temperature, pressure, corrosion allowance, material, component weight, welding coefficient, and thermal insulation materials. Parameters such as material thickness and density no longer require stress engineers to maintain, and they only need to focus on stress design. The powerful model iteration function allows the pipe modification content of the pipeline engineer to be directly superimposed on the latest stress model. Therefore, the stress engineer is prevented from having to rework multiple times and rebuild the stress model. The above functions will improve the work efficiency of stress engineers. The PSM pipeline client eliminates the tedious work of offline manual verification and calculation reports through efficient real-time display of stress reporting functions, automatic generation of stress pipe racks, and automatic adjustment of pipeline directions. The above core functions will significantly improve the stress report conversion work of pipeline engineers, and at the same time, improve the consistency and reliability between pipelines and stress conditions. Maximize the communication function of system data.