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Fatigue Process
MTS MultiPurpose TestWare® Data Acquisition Process Descriptions
321
RangeMean histogram The RangeMean histogram identifies the range and the mean of each cycle
identified by the rainflow-counting method. The following example illustrates
the method for creating a RangeMean histogram.
The closed cycles and their associated range and mean are:
• BC—Range of 1; Mean of 1.5
• DE—Range of 3; Mean of 2.5
• FG—Range of 1; Mean of –1.5
• AD—Range of 8; Mean of 0.0
A
B
C
E
F
G
A
D
D
Time
Range
(FG)
Mean
(DE)
-3 -2 -1 0 1 2 3-4 4
Strain ( ε)
Range ( ε)
Mean ( ε)
-3
-2
-1
0
1
2
3
4
012 3 45678
-4
BC
DE
FG
AD
- 100-147-131 H 1
- Index 567 6
- Before You Contact MTS 8
- If You Contact MTS by Phone 9
- MTS MultiPurpose TestWare® 10
- Technical Support 10
- Before You Begin 13
- Conventions 14
- Electronic manual 15
- About MultiPurpose TestWare 17
- Application Overview 18
- About MPT Processes 19
- Test Procedures in Projects 20
- About the MPT User Interface 21
- About the MPT Control Panel 25
- MPT Control Panel Toolbar 26
- MPT Test Progress Panel 28
- MPT Specimen Panel 29
- MPT Power Panel 31
- MPT Channel Counters Panel 32
- MPT Sequence Counters Panel 33
- About Process Specific Panels 34
- MPT Run/Stop/Hold Panel 35
- MPT Procedure Editor 36
- MPT Procedure Editor Menu 37
- Group Menu 37
- Display Menu 37
- Tools Menu 38
- MPT Procedure Editor Toolbar 38
- Procedure Table 40
- Process Palette 42
- Performing Common Tasks 43
- How to Create a New Procedure 44
- Design elements that 46
- How to Open a Procedure 47
- How to Save a Procedure 47
- How to Preview a Procedure 47
- How to Print a Procedure 47
- How to Run a Procedure 48
- About Counters 49
- Types of Counters 49
- Display Channel and 51
- Sequence Counters 51
- Use the right-mouse 53
- About the MPT Specimen Log 57
- Scroll to new entry 60
- MPT Options Editor 61
- About the MPT Options Editor 62
- About Transition States 70
- User Actions 72
- Program States 72
- > Specimen tab 73
- Data File 73
- About Test Recovery 75
- Recovery 76
- > Specimen Log tab 77
- Message Capture 77
- Insertion 85
- About Sequencing Processes 87
- About “Buffer Full” Signals 89
- About “Trigger” Signals 90
- Process Sequence Example 93
- About Editing Trigger Signals 94
- Sequence processes 98
- How to Open the Group Table 99
- User-defined interrupt 101
- How to Disable Processes 103
- Working with MPT Processes 104
- Working with MPT Variables 105
- About MPT Variables 106
- About Variable Operation 107
- An example of using the 108
- Variable Editor 108
- An example using the 109
- Operator Information 109
- About Calculated Variables 112
- Calculations created 113
- About Control-Mode Variables 114
- Default variable naming 116
- Example of variables in 117
- “Calculated” checkbox 118
- Working with MPT Specimens 125
- Without Being Saved 149 126
- Saved 151 126
- About MPT Specimens 127
- About Assigning MPT Specimens 127
- Using the Specimen 128
- With the Specimen 129
- MPT Specimen Editor 131
- TEM DESCRIPTION 132
- MPT Specimen File Types 134
- About Specimen.dat Files 135
- How to format the data 136
- How to parse the MPT 136
- About Specimen.log Files 138
- About Specimen.mpp Files 138
- About Specimen.mps Files 139
- About Specimen.prm Files 139
- About Loading MPT Specimens 140
- MPT Specimen Loading Examples 143
- Currently loaded 144
- Procedure assigned to 144
- IALOG ITEM DEFAULT 145
- Relinked to Another Procedure 146
- Restore procedure 149
- Chapter 11 153
- Plan Your Test 154
- The sample test 155
- How these processes 157
- Example of a group 158
- Sequence Your Processes 163
- Cyclic Command 167
- (Fatigue Part) 167
- Segment Command 168
- (Return to Zero) 168
- Peak/Valley Acquisition 169
- (Acquire Peak/Valley) 169
- Digital Input Detector 170
- (Monitor Continuity) 170
- Data Limit Detect 172
- (Trigger at 75C) 172
- Digital Output 173
- (Switch Fan On) 173
- Data Limit Detector 174
- (Trigger at 50C) 174
- Digital Output 175
- (Switch Fan Off) 175
- Select Procedure Options 176
- Command Processes 179
- Segment Command Process 181
- Command tab 182
- General tab 183
- Cyclic Command Process 186
- Segment Shapes 188
- Dwell Command Process 195
- Channels tab 196
- Profile Process 198
- About Working with Dimensions 199
- About selecting 202
- Saving procedures that 203
- Editing placeholder 203
- Compatibility between 204
- Mapping tab 205
- Actions tab 206
- File Summary tab 206
- How to apply manual 209
- Adjusted values applied 210
- Adjusted values not 210
- External Command Process 211
- Considerations for 212
- Command process 212
- About Setpoint/Span Settings 214
- Scaling tab 216
- Sweep Command Process 220
- How to Define a Sweep Process 224
- Signal Based Command Process 226
- Profile with ALC Process 233
- File summary tab 236
- Tracking tab 239
- Cyclic with ALC Process 241
- Matrix tab 243
- YSTEM RATE (HZ)FILE RATE (HZ) 248
- Relative Time Signal 251
- Status tab 257
- 8. Click the Mapping tab 258
- Road Surface Output Process 261
- Chapter 13 271
- About Buffers 272
- Data File Header 273
- Data Destination 275
- About Station Signals 276
- TEM DESCRIDESCRIPTIONPTION 277
- Time and Rollover 278
- Time signals 278
- About Peak/Valley Process 279
- Acquisition tab 280
- Destination tab 281
- Output units tab 282
- For more information 282
- Timed Acquisition Process 284
- Max/Min Acquisition Process 289
- Output Units Tab 292
- Level crossing 296
- Signals Tab 297
- Sample rate and 301
- 493 hardware sample 302
- 494 hardware sample 303
- Signals tab 306
- Output Units tab 307
- Cyclic Acquisition Process 310
- Considerations when 311
- Data Storage tab 312
- Fatigue Process 319
- Strain ( ε) 321
- Range ( ε) 321
- Mean ( ε) 321
- Fatigue tab 324
- Monitoring tab 326
- Settings tab 327
- Time History Input Process 331
- File tab 332
- Trend Process 336
- Trend Parameter Descriptions 338
- How to Define a Trend Process 341
- About Smart Limits 342
- Event Process Descriptions 345
- Data Limit Detector Process 346
- About Limit Modes 347
- Limits tab 348
- Log Message As 349
- How to set signal 353
- Input Table tab 354
- Continuously in step 8 357
- Operator Event Process 359
- Options tab 361
- Tab (part 1 of 2) 368
- Tab (part 2 of 2) 369
- Continuously in step 10 372
- Program Event Process 373
- How to detect 374
- Done Interrupt 374
- Periodic Time Event Process 377
- in step 6 381
- Failure Detector Process 382
- Tab (part 1 of 2) 383
- Tab (part 2 of 2) 384
- Chapter 15 387
- Digital Output Process 388
- Output table tab 390
- Outputs tab 390
- Temperature Control Process 393
- Other Process Descriptions 399
- Program Control Process 400
- Action tab 401
- Group Process 405
- How to Define a Group Process 407
- MPT Calculation Process 408
- Operator Information Process 410
- Variables tab 412
- Parameters tab 413
- Start Application Process 420
- Send Mail Process 426
- Procedure table 429
- Set Controller Value Process 430
- Calc Parameters and 432
- Calc Variables tabs 432
- Values tab 432
- About the Auto Offset Process 436
- About Feedback Signal Offset 437
- Available list 439
- Data Display Process 440
- Data display plot setup 441
- Decimation 445
- Additional Plot Properties 452
- Data Display 453
- setting 454
- Defining additional 455
- Chapter 17 457
- Active Procedures 459
- Trend Monitoring Window 460
- Active Process 461
- Channel Selection 461
- ESCRIPTION 462
- Limit Settings Window 463
- Numerical Data Window 464
- Fatigue Monitoring Window 467
- About Best Case/Worst Case 471
- Model 793.11 Profile Editor 473
- Profile Editor 476
- 23 4 5 6 478
- About Creating Profiles 480
- About Playing Out Profiles 481
- Default Profile Locations 481
- Profiles in Projects 481
- About Working with Profiles 481
- About Profile Types 483
- Block-Arbitrary Profiles 483
- Phase Profiles 484
- About Profile Properties 485
- About Profile Constants 486
- Creating Profiles 487
- Using Shortcuts 488
- How to Create New Profiles 488
- How to Open Existing Profiles 489
- How to Set Preferences 489
- How to Create Phase Profiles 491
- How to Assign Actions 493
- How to Analyze Profiles 494
- Design Considerations 495
- Header Data Syntax 497
- Action and Counter Syntax 498
- Channel Header Syntax 499
- Channel Data Syntax 500
- EYWORD RANGE COMMENTS 501
- Channel 1 data 503
- Channel 2 data 503
- Graphical Preview Channel 1 504
- Graphical Preview Channel 2 504
- Phase Profile Example 505
- Segment behavior with 507
- Segment Count of 1 507
- How to Preview Profiles 513
- Transitions 514
- 1, segment 1) 516
- How to Play Out Profiles 519
- MPT Profile Command 520
- Menu Bar 522
- File Menu 524
- New Profile Settings Window 525
- Channel Grid Display 525
- Level1 (L1) 527
- Level2 (L2) 527
- Action (Optional) 527
- About Wave Shapes 529
- How to Define Taper Times 532
- Print Preview Window 533
- Print Preview Toolbar 533
- Profile Summary Window 534
- Edit Menu 535
- Channel Setup Window 536
- Level Units 537
- Channel Constants Window 539
- Actions Window 541
- Channel Menu 542
- Access Tools > Show Graph 543
- DESCRIPTION 544
- Grid Lines 547
- Analyze Window 548
- Window Menu 550
- Help Menu 551
- Default Templates 553
- Template Error Messages 554
- Excel File Converter 557
- MPT Shortcuts 561
- Shortcut Command Line 562
- How to Create an MPT Shortcut 564
- 252, 264 568
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