PASS/START-PROF Capabilities for Pipe Stress Analysis of Power and Process Piping Systems

PASS Team invites piping, process, mechanical engineers and designers to join webinars dedicated to PASS/START-PROF capabilities for pipe stress analysis of Power and Process Piping Systems. Agenda •Supported codes for power and process piping •Integration capabilities •Object-oriented piping model creation principle •Piping object types: pipe, tees, bends, reducers, etc. •Equipment objects: Nozzle, Tank Nozzle, Pump, In-line Pump, Turbine, Compressor, Air cooler, Fired heater •Expansion joint objects •Databases, ASME B31J, Creep self-springing effect, wind, ice, snow, seismic loads •Minimum design metal temperature (MDMT) according to 323.2.2 (a)-(j) ASME B31.3 •Alternative occasional allowable stress 302.3.6 ASME B31.3 •Creep-Rupture usage factor, Appendix V ASME B31.3 •FRP/GRP/GRE piping analysis •Pipe and fittings wall thickness calculation •Operation mode editor. Load cases •Analysis reports: Stress in piping, Stress in insulation, Seismic stress, Flaw stress, Restraint loads, Equipment loads, Displacements, Expansion joints check, variable spring selection, constant spring selection, buckling analysis, flange leakage Timeline: 00:00 Welcome session 01:48 Agenda 02:20 Quick introduction of PASS/START-PROF 06:47 Supported Codes 07:25 Interfaces with Other Software 07:45 Object-Oriented Model creation principle 10:17 Piping Model Creation. Bend Object 11:10 Piping Model Creation. Tee Object 13:33 Piping Model Creation. Reducer Object 14:33 Piping Model Creation. Other type of Restraints 15:14 Custom Non-Standard Restraint Object 16:12 Piping Model Creation. Other features 18:05 Valve Object 18:13 Flange Object 18:31 Vessel Nozzle Object (WRC 297, BS 5500) 19:04 Live demonstration 23:16 Pump Object (API 610) 24:43 Tank Object (API 650) 26:42 In-line Pump Object 27:00 Compressor Object (API 617) 27:35 Turbine Object (NEMA SM 23) 27:52 Fired Heater Object (API 560) 28:18 Air cooler Object (API 661) 29:30 Expansion Joint Objects + Database 32:00 Flaw Objects 32:50 Material Database ASME B31.3 33:57 Material Database EN 13480/EN 13941 34:37 Material Database ISO 14692 35:26 Material Database Thermoplastic (HDPE) Piping 36:11 Analysis Capabilities 37:34 Bourdon Effect 37:42 Creep stresses 41:11 Minimum design metal temperature, Impact Test 42:26 Live demonstration 44:24 Alternative occasional allowable 45:15 Creep-Rupture Usage Factor Appendix V ASME B31.3 46:51 Thermal Bowing Analysis 47:36 Water Hammer effect 49:02 Pipe thickness calculation 49:22 Pipe Span Length Analysis 49:40 Wall thickness calculation 50:13 Operation mode editor. Load cases 52:56 Analysis reports 53:51 Microsoft Word integration 58:15 Stress report 59:51 Other features 1:02:04 Reliability 1:03:17 Licensing 1:03:58 Resources #pipingstressanalysis #Seismicstress #ASMEB31J #ASMEB31_3 #bucklinganalysis