Pressure equipments

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Standards (EU, UK, F, D, US)     1016
University (UK) of Nottingham
  Vitkovice (Cz) research and development Ltd..
  INSPECTA TECHNOLOGY (S) Jan Störesund
Team Leader materials technology
  KTH
Royal Institute of Technology (S)
Rolf Sandström
PTC/Creo II
BETA CAE ANSA
Visual MESH ™
SIMULIA/ABAQUS

  ESI Virtual Performance Solution ®

  ESI SYSTUS®
Intel Parallel StudioXE2013
Visual Fortran Compiler XE13.1
SF/ FORTRAN Compiler
EXCEL, MATLAB, R, SPSS, SAS Statistical Softwares
MS Office Powerpoint, EXCEL, Word
CAD/CAE Workstation
FUJITSU Celsius M730n
Ram: 8gb, Intel Xeon CPU  
Simulation Server II
FUJITSU Celsius M720
Ram:64gb, CPU=8
  Simulation Server III
Fujitsu Celsius R940
Ram: 128gb, CPU=20
Power: 2,5 teraFLOPS
1 Project leader
2 CAD Engineer
4 CAE Engineer

Design and calculations of pressure equipments:

Formula-based calculations: The requirements of the relevant standards (ASME BPVC Sec VIII., EN 13445, etc.) cover the mandatory requirements related to the materials used, as well as the design, manufacturing, inspection, measurement and reporting guidelines.

ASME BPVC Section VIII.
Division 2

 
Numerical analysis - FEM: In addition to the traditional design procedures, the standard also allows calculation according to the computer numerical method (Finite Element Method) to determine the stress values of the equipment (ASME BPVC 2010 Section VIII. Division 2).

Von Mises equivalent stress distribution Result of a FEM analysis