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of report ................................................................. 129
Program
Context menus ......................................................... 31
Install ......................................................................... 6
Menu bar .................................................................. 26
Options .................................................................... 33
Toolbars ................................................................... 28
Program validation ...................................................... 136
Project
Create, save, exit ...................................................... 67
Saving directory ....................................................... 33
Test, start, exit.......................................................... 90
Project definition
Datasets vehicle / module ........................................ 72
General..................................................................... 67
Project information .................................................. 70
Project state
Errors ....................................................................... 91
Hints ........................................................................ 90
Project changed ........................................................ 67
Project read-only ...................................................... 67
Warnings .................................................................. 90
Output values and tables ......................................... 123
Report elements ...................................................... 113
Zooming in ~ .......................................................... 113
Roll centre ..................................................................... 63
Roll centre height..................................................... 36, 53
Rounding rules............................................................... 17
Running gear ..................................................... 21, 60, 62
as driven ...................................................................50
Length, width and height .......................................... 55
Type of ~s.................................................................47
S
Quasi-static displacement................................ 53, 59, 125
S curve ........................................................................... 87
Sampling bar .................................................. 98, 104, 106
Moving ..................................................................... 32
Sampling rectangles ....................................................... 97
Scale .............................................................................. 93
Secondary spring stiffness ...... 63, 66, see Spring stiffness
Spring deflection...................................................... 52, 53
Spring stiffness
of primary suspension......................................... 63, 66
of secondary suspension ........................................... 63
Standard project directory.............................................. 33
Static asymmetry ........................................................... 41
STEP-Export................................................................ 130
R
T
Radius
Critical ..................................................................... 83
Curve ~ .............................................. see Curve radius
Effective rounding ~ .............................................. 108
Roof-edge ................................................................ 43
Rail curve radius ........................................................... 51
Ramp angle ..................................................... 84, 89, 109
Equivalent .............................................................. 108
Recalculation while sampling ....................................... 97
Reduction
at reference contour points ..................................... 119
Calculation positions.............................................. 114
Height range........................................................... 119
Inner or outer ......................................................... 125
Input single height ................................................. 119
New heights ........................................................... 118
Result output .......................................................... 124
Single calculation position X / ni, na ..................... 116
Standard calculation positions X............................ 116
X range .................................................................. 117
Reference profile ........................................... 58, 100, 123
Associated calculation method................................. 59
Normal co-ordinates ................................................ 59
Representation of curves .......................................... 59
Vertical / dynamical displacement ......................... 125
Vertical oscillation ratio........................................... 59
Report
Bogie displacement ................................................ 123
Buffer head geometry ............................................ 124
Cover and input variables ...................................... 123
Pantograph ............................................................. 127
Print ....................................................................... 129
Reduction ............................................................... 124
Vehicle end geometry and coupler deflection ........ 124
Report window ............................................................ 112
Calulation positions for reduction .......................... 114
Moving in ~ ........................................................... 113
Tangential deviation phi ................................................ 49
Tilt centre height
Pantograph................................................................ 57
Tilting system ........................................................ 71, 101
Approach lateral play ............................................... 24
Basics ....................................................................... 22
Bogy/ body play ....................................................... 57
Calculation of vehicle construction gauge ................ 22
Cant excess ............................................................... 56
Centre height ............................................................ 56
Entry of ~ states ........................................................ 55
Maximum cant deficiency ........................................ 56
Roll centre height ..................................................... 56
Tilting angle ....................................................... 56, 57
Vehicle flexibility coefficient ...................................56
Toolbars ......................................................................... 28
Total report ......................................... see Report window
Track cant tolerance....................................................... 84
Track gauge ...................................................................50
Transom play .................................................................53
Type .............................. see Identification of roll centre…
Types of basic modules ................................................. 20
Q
DIMA user manual
V
Validators ...................................................................... 39
Vehicle cross section ................................................... 100
Add, delete ............................................................. 101
Vehicle end geometry and coupler deflection
Analysis graphics ................................................... 107
Basics ....................................................................... 25
Offset of parallel vehicle axes ................................ 124
Parameters ................................................................ 85
Result output .......................................................... 124
Vehicle flexibility coefficient ............................ 36, 54, 63
Velocity ......................................................................... 83
Vertical resilience .......................................................... 53
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