S11-1 PAT318, Section 11, March 2005 SECTION 11 ANALYSIS SETUP.

Презентация:



Advertisements
Похожие презентации
S11-1PAT301, Section 11, October 2003 SECTION 11 ANALYSIS SETUP.
Advertisements

WS14-1 WORKSHOP 14 ANCHOR ANALYSIS PAT301, Workshop 14, October 2003.
WS9-1 WORKSHOP 9 TRANSIENT THERMAL ANALYSIS OF A COOLING FIN NAS104, Workshop 9, March 2004 Copyright 2004 MSC.Software Corporation.
WS15-1 WORKSHOP 15 THERMAL STRESS ANALYSIS WITH DIRECTIONAL HEAT LOADS NAS104, Workshop 15, March 2004 Copyright 2004 MSC.Software Corporation.
WS10a-1 WORKSHOP 10A MODAL ANALYSIS OF A CIRCUIT BOARD NAS122, Workshop 10a, August 2005 Copyright 2005 MSC.Software Corporation.
WORKSHOP 14 BUCKLING OF A SUBMARINE PRESSURE HULL.
S10-1 PAT318, Section 10, March 2005 SECTION 10 ELEMENT PROPERTIES.
S3-1 PAT318, Section 3, March 2005 SECTION 3 MSC.FATIGUE USER INTERFACE.
WS4-1 PAT328, Workshop 4, September 2004 Copyright 2004 MSC.Software Corporation WORKSHOP 4 POST PROCESSING USING PLOT SET.
WORKSHOP 20 SINDA TRANSLATION OF A PWB MODEL. WS20-2 PAT312, Workshop 20, December 2006 Copyright 2007 MSC.Software Corporation.
WS2-1 PAT301, Workshop 2, October 2003 WORKSHOP 2 CANTILEVERED PLATE.
S15-1 PAT325, Section 15, February 2004 Copyright 2004 MSC.Software Corporation SECTION 15 OPTIMIZATION OF COMPOSITES USING MSC.NASTRAN.
S24-1 PAT318, Section 24, March 2005 SECTION 24 MISCELLANEOUS FEATURES.
WS4-1 PAT328, Workshop 4, May 2005 Copyright 2005 MSC.Software Corporation WORKSHOP 4 SOLID TOPOLOGY OPTIMIZATION.
PAT301, Workshop 1, October 2003 WS1-1 WORKSHOP 1 PISTON HEAD ANALYSIS.
WORKSHOP 8D TENSION COUPON. WS8D-2 NAS120, Workshop 8D, May 2006 Copyright 2005 MSC.Software Corporation.
WS18-1 WORKSHOP 18 MODAL TRANSIENT ANALYSIS OF THE TOWER MODEL WITH SEISMIC INPUT NAS122, Workshop 18, August 2005 Copyright 2005 MSC.Software Corporation.
WS14a-1 WORKSHOP 14A MODAL ANALYSIS OF A TOWER NAS122, Workshop 14a, August 2005 Copyright 2005 MSC.Software Corporation.
WS2-1 WORKSHOP 2 NORMAL MODES ANALYSIS OF A 2 DOF STRUCTURE NAS122, Workshop 2, August 2005 Copyright 2005 MSC.Software Corporation.
Workshop 4-1 NAS101 Workshops Copyright 2001 MSC.Software Corporation WORKSHOP 4 Structure Subjected to Enforced Displacement at an incline.
Транксрипт:

S11-1 PAT318, Section 11, March 2005 SECTION 11 ANALYSIS SETUP

S11-2 PAT318, Section 11, March 2005

S11-3 PAT318, Section 11, March 2005 ANALYSIS SETUP Analysis form automatically customized to user- selected analysis code Analysis Parameters are selectable from this form Optionally can submit and monitor status of the analysis jobs across the network For MSC.Nastran, this form can also be used to read an existing bulk data file into the MSC.Patran database (MSC.Nastran files can also be read using File/Import)

S11-4 PAT318, Section 11, March 2005 SETTING UP THE ANALYSIS The analysis model may be prepared for the entire model or the current group Select Translation Parameters to specify the output format, solver version, etc. Select the Solution Type to specify the type of solver run, e.g. linear static Select Subcases Select Patran Load Case Select entities to be output to the print and results files, i.e. displacements, stresses Select the subcases already defined using Subcase Select The run-ready file can be submitted directly to the target analysis code

S11-5 PAT318, Section 11, March 2005 RESULTS TRANSLATION BACK INTO MSC.PATRAN Completed analysis results can be read back into MSC.Patran for post-processing Under the Object option menu, one may choose to Translate Results EntitiesStresses, deformation Model DataNodes, elements BothBoth model and results Be sure to click

S11-6 PAT318, Section 11, March 2005 READING A MSC.NASTRAN BULK DATA FILE Existing MSC.Nastran bulk data files can be read into MSC.Patran to verify and update models that were not created inside MSC.Patran The MSC.Nastran bulk data file reader is used to translate the model into MSC.Patran Any statement not recognized will be optionally displayed in a window by area: file management, executive deck, case control deck, or bulk data deck Numbering offsets can be set to none, automatic, or manually input for each entity type The Output 2 file reader will only import nodes, elements and coordinate systems. The bulk data reader will also read MPCs, material and element properties, load sets and subcases