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《LS-DYNA d3plot binout and Injury Data Extraction 100 Cases》
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LS-DYNA d3plot binout and Injury Data Extraction 100 Cases
100 Lessons
01
Inspect d3plot file structure and state inventory
02
Extract nodal displacement time history from d3plot
03
Extract element stress tensor for a solid part from d3plot
04
Compute von Mises stress from d3plot stress components
05
Extract shell element effective plastic strain history
06
Map d3plot part IDs to user-defined component names
07
Extract rigid body acceleration from d3plot nodout-equivalent data
08
Parse binout header and list available channels
09
Extract nodal acceleration from binout nodout channel
10
Extract interface force from binout rcforc channel
11
Extract section force and moment from binout secforc
12
Extract rigid body kinematics from binout rbout
13
Extract energy balance history from binout glstat
14
Extract nodal velocity from binout nodout for selected set
15
Synchronize d3plot and binout time bases
16
Compute HIC15 from head acceleration time history
17
Compute HIC36 and compare with HIC15
18
Compute 3 ms clip acceleration criterion
19
Apply CFC 1000 filtering to acceleration before injury metrics
20
Compute BrIC from head angular velocity components
21
Compute DAMAGE from head angular velocity and acceleration
22
Compute NIC from chest acceleration and velocity
23
Compute chest deflection rate from d3plot nodal data
24
Compute femur force injury metric from binout or d3plot
25
Compute tibia index from extracted forces and moments
26
Extract neck force and moment for Nij calculation
27
Compute Viscous Criterion from chest deflection
28
Extract head CG acceleration from d3plot rigid body nodes
29
Extract angular velocity from d3plot rigid body orientation
30
Build a reusable Python reader for d3plot states
31
Build a reusable Python reader for binout channels
32
Batch-extract injury metrics across multiple runs
33
Validate extracted acceleration against LS-PrePost ASCII output
34
Handle missing or zero-length binout channels gracefully
35
Extract d3plot results for a subset of parts by keyword include
36
Compute resultant acceleration from three components with sign convention check
37
Resample non-uniform d3plot time history to uniform grid
38
Detect and correct time offset between d3plot and binout
39
Extract contact force from d3plot contact surface data
40
Compute head injury metrics from a sled test simulation
41
Compute chest injury metrics from a frontal impact model
42
Compute lower extremity injury metrics from an occupant model
43
Extract neck injury metrics from a rear impact simulation
44
Automate injury metric extraction for a parameter sweep
45
Plot injury metric time histories with critical points annotated
46
Export injury metrics to a structured JSON report
47
Compare injury metrics from two d3plot output intervals
48
Assess effect of CFC filtering on HIC and BrIC
49
Extract and validate rigid body energy from binout
50
Detect hourglass energy influence on injury metric stability
51
Extract nodal coordinates and compute head CG location from d3plot
52
Transform d3plot results from local to global coordinates
53
Extract shell element strain for chest band modeling
54
Compute angular acceleration from d3plot orientation states
55
Build a command-line tool for injury metric extraction
56
Handle multiple binout files from a restart analysis
57
Extract d3plot results for a restart run and merge states
58
Compute HIC with varying window start search optimization
59
Compute BrIC with critical interval reporting
60
Extract and compare acceleration from nodout and rbout
61
Compute injury metrics from d3plot only when binout is unavailable
62
Extract contact force impulse for injury correlation
63
Identify peak acceleration state and extract full-field results
64
Compute chest compression from d3plot nodal displacement
65
Extract seat belt force from binout and relate to chest deflection
66
Compute head rotation from d3plot rigid body orientation
67
Validate injury metric extraction against a reference spreadsheet
68
Automate unit consistency checks for extracted channels
69
Extract nodal acceleration for a defined node set and compute set average
70
Compute injury metrics with different resultant definitions
71
Extract and analyze angular velocity from d3plot for a pedestrian head impact
72
Build a regression test for injury metric extraction scripts
73
Profile and optimize d3plot extraction for large models
74
Extract d3plot results using LS-PrePost command scripting
75
Compute HIC from LS-PrePost-exported acceleration and cross-check
76
Handle part ID remapping between keyword input and d3plot
77
Extract and compare stress and strain at injury-critical state
78
Compute neck rotation and compare with Nij critical time
79
Extract acceleration from a local coordinate system defined in keyword
80
Compute chest deflection from d3plot using a beam element representation
81
Extract and validate rigid body angular velocity from d3plot and binout
82
Automate detection of d3plot states with missing results
83
Compute injury metrics for a multi-event simulation with time windows
84
Extract and compare nodal acceleration from d3plot and nodout for a head impact
85
Build a data provenance record for each injury metric
86
Compute HIC with different integration schemes and compare
87
Extract and analyze contact pressure for injury mechanism study
88
Compute BrIC with different angular velocity resultant definitions
89
Extract and validate femur force from d3plot element forces
90
Automate injury metric extraction for a DOE with parallel processing
91
Extract and compare head acceleration from d3plot with different output intervals
92
Compute injury metrics from binout only when d3plot is unavailable
93
Extract and validate chest deflection from d3plot and binout
94
Build a dashboard-style summary of injury metrics across a fleet of runs
95
Extract and analyze energy partitioning during injury event
96
Compute HIC from acceleration with baseline offset removal
97
Extract and compare neck force from binout and d3plot
98
Automate injury metric extraction with configuration file
99
Extract and validate angular acceleration from d3plot for DAMAGE
100
Compute injury metrics for a side impact model with chest and head focus
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