Sstusa.com Website Review

THE FASTEST SOLUTIONS FOR PIPE STRESS AN*LYSIS SOFTWARE AND DESIGN. Pipe Stress professionals' software of choice to perform pipe stress an*lysis calculations See how easy, flexible, versatile and productive our piping engineering software really is. Get pricing by return email for all piping design-related products. SST Systems, Inc. (SST), incorporated in the year 1983, is a premier provider of Software Solutions and Engineering Services. Our fields of speciality are Piping Stress An*lysis, Plant Layout, Piping Design & Engineering, and Information Management Software for Industrial Plants Here is a list of Software Solutions and Engineering Services currently offered: SST provides the above solutions and services to EPC Contractors, Owner Operators and Engineering Consultants involved in the following Our Design and Detailed Engineering solutions and services are guided and managed by a team of experienced Engineering Management personnel Piping systems experience different loadings, categorized into three basic loading types, namely Sustained, Thermal and Occasional loads. It mainly consists of internal pressure and dead-weight. Dead-weight is from weight of pipes, fittings, components such as valves, operating fluid, test fluid, insulation, cladding, lining etc. all three of which are pre-set at the P&ID stage and hence these axial pressure stresses cannot be reduced by changing the piping layout or On the other hand, dead-weight causes the pipe to bend (generally downward) between supports and nozzles, producing axial stresses in the pipe wall (also called bending stresses); these bending stresses linearly vary across the pipe cross-section, being tensile at either the top or bottom surface and compressive at the other surface. If the piping system is not supported in the vertical direction (i.e., in the gravity direction) excepting at equipment nozzles, bending of the pipe due to dead-weight may develop excessive stresses in the pipe and impose large loads on equipment nozzles, thereby increasing the susceptibility to failure by collapse.