Multibody Analysis Guide ANSYS phần 3 pdf

... SEC- LOCK,1,l_Min,l_Max 2 .3. 2. Material Behavior of Joint Elements The following topics related to the material behavior of joint elements in a multibody analysis are available: 2 .3. 2.1. Stiffness and ... proprietary and confidential information of ANSYS, Inc. and its subsidiaries and affiliates. 2 .3. 1. Joint Element Types Figure 2. 13: Exponential Friction Law 2 .3. 2.2.1. Geometr...

Ngày tải lên: 14/08/2014, 09:20

... OR inis,set,mat,1 inis,defi,,,,,100,200,150 inis,set,mat,2 inis,defi,,,,,200 Apply a Stress of SX =33 .33 3 at Reinf 1 for all elements inis,defi,,,1, ,33 .33 33 For initial stress example problems, see Example: Initial Stress ... available: 3. 1. Understanding the Function Tool 3. 2. Using the Function Editor 3. 3. Using the Function Loader 3. 4. Applying Boundary Conditions Using the...

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... 90 sectype, 3, JOIN, REVO, TESTREVO secjoin, , 11, 11 type ,3 real ,3 secnum ,3 en ,3, 3,2 !revolute joint mp,ex,1,2e11 !material properties for flexible beam mp,nuxy,1,0 .3 mp,density,1,7.8e3 sectype,4,beam,csolid secdata,1,0.1784124116 ... Contains proprietary and confidential information of ANSYS, Inc. and its subsidiaries and affiliates. 38 Chapter 3: Performing a Multibody An...

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... Assembly 30 0 19.6 .3. Report Assembly Using the JavaScript Interface 30 0 19.6 .3. 1. Inserting an Image 30 0 19.6 .3. 2. Inserting an Animation 30 1 19.6 .3. 3. Inserting a Data Table 30 2 19.6 .3. 4. Inserting ... Display 233 10.5.6. Aborting a Display in Progress 233 10.6. Multi-Plotting Techniques 233 10.6.1. Defining the Window Layout 233 10.6.2. Choosing What Entities Each Win...

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... 0°. Figure 2.11: Violation of Guideline 2 (left) and Guideline 1 (right) 400 40 31 0 130 220 +90 ° 0 ° +180 ° -90 ° +270 ° 220 0 ° +90 ° +180 ° +270 ° +36 0 ° 130 31 0 400 490 y x11 y x 11 singularity Release ... and 130 at 0°. Violating Guideline 1 will cause a singularity in the tapered load itself, as shown on the right in Figure 2.11: Violation of Guideline 2 (left) and Gui...

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... ESOL Commands KEYOPT(9) = 3 JIL3IL2IL1IEItemLabel 21161161-LSSDIR 22171272-LSSBYT 231 8 138 3-LSSBYB 24191494-LSSBZT 252015105-LSSBZB 21161161-LEPELEPELDIR 22171272-LEPELEPELBYT 231 8 138 3-LEPELEPELBYB 1 43 Release ... with KEYOPT(9) = 3 (Table 7 .3: BEAM4 (KEYOPT(9) = 3) Item and Sequence Numbers for the ETABLE and ESOL Commands (p. 1 43) ) the sequence number is 29. Table 7 .3 BEA...

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... loads, 34 commands for applying, 34 for different analysis disciplines, 34 node number vs. surface load, 35 repeating, 39 specifying multiple, 35 transferring, 39 using gradient slopes, 36 surface ... command, 35 SFCUM command, 39 SFFUN, 35 SFGRAD command, 36 SFSCALE command, 39 SFTRAN command, 39 SHELL61 principal stresses on, 145 /SHOW command, 285 /SHOWDISP co...

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... 27 2 .3. 4. Boundary Conditions for Joint Elements 27 2 .3. 5. Connecting Bodies to Joints 28 3. Performing a Multibody Analysis 33 3. 1. Kinematic Constraints 33 3. 2. Convergence Criteria 33 3. 3. Initial ... Conditions 34 3. 3.1. Apply Linear Acceleration in a Dummy Transient Analysis 34 3. 3.2. Apply Large Numerical Damping Over a Short Interval 36 3. 4. Damping 37 3....

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... Bodies in a Multibody Analysis 2.2. Modeling Rigid Bodies in a Multibody Analysis 2 .3. Connecting Multibody Components with Joint Elements 2.1. Modeling Flexible Bodies in a Multibody Analysis Consider ... joint elements in a multibody analysis are available: 2 .3. 1. Joint Element Types 2 .3. 2. Material Behavior of Joint Elements 2 .3. 3. Reference Lengths and Angles for...

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... Struc- tural Analysis Guide. The following topics present information necessary for performing a successful multibody analysis: 3. 1. Kinematic Constraints 3. 2. Convergence Criteria 3. 3. Initial ... load step: 3. 3.1. Apply Linear Acceleration in a Dummy Transient Analysis 3. 3.2. Apply Large Numerical Damping Over a Short Interval 3. 3.1. Apply Linear Acceleration in a Dummy...

Ngày tải lên: 14/08/2014, 09:20