Aspen Shell & Tube Mechanical

Complete mechanical design or rating of shell & tube heat exchangers and basic pressure vessels.

When used in design mode, Aspen Shell & Tube Mechanical optimizes the thicknesses of the majority of exchanger components, including flanges, tubesheets, expansion joints, supports, cylinder thicknesses, and nozzle reinforcement. In rating mode, Aspen Shell & Tube Mechanical determines if the component thickness for an existing exchanger are adequate for a given set of design temperatures and pressures. Aspen Shell & Tube Mechanical is a core element of AspenTech’s aspenONE™ Process Engineering applications.

Features

  • TEMA Types: Incorporates all TEMA exchanger types.
  • Codes Supported: ASME Section VIII, Div. 1, EN 13445, CODAP, and AD-Merkblatter.
  • Supplemental Calculations: Zick stress analysis, minimum design metal temperatures, simultaneous internal/external pressure design, nozzle loads per WRC 107 or Heat Exchanger Institute, maximum allowable working pressures, material cladding, and wind & seismic loads.
  • Supporting Standards: ASTM, DIN, AFNOR, TEMA Classes B, C, & R.
  • Material Databases: ASME, DIN, CODAP, EN, and JIS.
  • Costing Databases: Company operating standards, material standards, welding standards, labor efficiencies, material costs.
  • Expansion Joints: Flanged only, flanged and flued, and various types of bellows.
  • Graphics: Fully dimensioned setting plan, tubesheet layout, and detailed component drawings.
  • Thermal and Mechanical Integration: Bi-directional integration with Aspen Shell & Tube Exchanger allows for efficient optimization to thermal and mechanical constraints.

Benefits

  • Improved Design: Provides optimized equipment designs for a given set of design conditions, resulting in typical savings of 10% or more on the equipment cost per heat exchanger.
  • Improved mechanical design quality Material properties from Aspen Shell & Tube Mechanical extensive data banks, together with accurate thermal data from Aspen Shell & Tube Exchanger, results in accurate stress calculations conforming to internationally accepted code standards and safety practices.  
  • Increased engineering efficiency: Enables increased emphasis on fast-track, front-end engineering through fully integrated tools for process design, exchanger thermal sizing, exchanger mechanical design, cost estimation, and drawings production, which are pre-requisite for cost effective projects.


CURRENT VERSIONS

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