VIP20
本课程属于：030-Occupant Injury Diagnostics & Restraint Engineering English Technical Courses · 共 20 门相关课程，组合学习更完整。
查看所属VIP全部课程 →
← 返回所属目录 咨询 / 购买

Side Pole Far-Side and Oblique Crash Injury Analysis

30 Chapters
View Course Samples Online
01
Side pole far-side and oblique crash injury analysis
course scope, regulatory context, and engineering relevance.
far-sideanalysis
02
Occupant kinematics in side pole and oblique impacts
far-side loading paths, restraint coupling, and injury mechanisms.
Occupantkinematics
03
Crash test configurations and dummy instrumentation for side pole and oblique scenarios
pole impact, oblique moving deformable barrier, and far-side occupant setups.
configurationsinstrumentation
04
Injury criteria and biomechanical limits for far-side and oblique loading
head, neck, thorax, abdomen, and pelvis.
criteriabiomechanical
05
Field data analysis
extracting far-side and oblique crash cases from NASS/CDS, CISS, and equivalent databases.
analysisextracting
06
Accident reconstruction for side pole impacts
pole engagement, vehicle rotation, and occupant trajectory estimation.
Accidentreconstruction
07
Accident reconstruction for oblique crashes
principal direction of force, delta-v, and occupant compartment intrusion.
Accidentreconstruction
08
Finite element modeling of side pole impacts
vehicle mesh, pole contact, and far-side occupant positioning.
modelingfar-side
09
Finite element modeling of oblique crashes
barrier interface, vehicle yaw, and far-side occupant loading.
modelinginterface
10
Restraint system performance in far-side crashes
seat belt geometry, pretensioners, load limiters, and airbag coverage.
Restraintperformance
11
Far-side occupant interaction with interior components
center console, door trim, and seat structures.
Far-sideoccupant
12
Oblique crash pulse characterization and its effect on far-side occupant response.
Oblique crash pulse characterization and its effect on far-side occupant response.
characterizationfar-side
13
Sled testing for far-side and oblique crash simulation
pulse generation, fixture design, and dummy seating.
far-sidesimulation
14
Component-level testing of far-side countermeasures
seat, belt, and airbag subsystem evaluation.
Component-levelfar-side
15
Full-scale vehicle testing for side pole and oblique crash modes
test setup, instrumentation, and data acquisition.
Full-scaleinstrumentation
16
Occupant response correlation between physical tests and CAE simulations for far-side and oblique loading.
Occupant response correlation between physical tests and CAE simulations for far-side and oblique loading.
Occupantresponse
17
Sensitivity analysis of far-side injury outcomes to restraint parameters and occupant attributes.
Sensitivity analysis of far-side injury outcomes to restraint parameters and occupant attributes.
Sensitivityanalysis
18
Design optimization of far-side countermeasures using DOE and surrogate modeling.
Design optimization of far-side countermeasures using DOE and surrogate modeling.
optimizationfar-side
19
Evaluation of far-side airbag and seat cushion airbag effectiveness in pole and oblique impacts.
Evaluation of far-side airbag and seat cushion airbag effectiveness in pole and oblique impacts.
Evaluationfar-side
20
Advanced belt technologies for far-side occupant protection
inflatable belts, motorized retractors, and adaptive load limiting.
Advancedtechnologies
21
Vehicle structural design considerations for side pole and oblique crash energy management.
Vehicle structural design considerations for side pole and oblique crash energy management.
structuralconsiderations
22
Compatibility and aggressivity in oblique crashes
vehicle-to-vehicle and vehicle-to-pole interactions.
Compatibilityaggressivity
23
Far-side occupant protection in electric and autonomous vehicles
new interior layouts and restraint challenges.
Far-sideoccupant
24
Regulatory and consumer rating perspectives on far-side and oblique crash protection
Euro NCAP, NHTSA, and IIHS.
Regulatoryconsumer
25
Development of far-side injury risk functions from test and field data.
Development of far-side injury risk functions from test and field data.
Developmentfar-side
26
Case study
far-side occupant injury analysis in a side pole impact using CAE and test correlation.
far-sideoccupant
27
Case study
oblique crash reconstruction and restraint performance evaluation for a far-side occupant.
reconstructionrestraint
28
Case study
design and validation of a far-side airbag system for pole and oblique crashes.
validationfar-side
29
Practical engineering tasks
setting up a far-side oblique crash simulation and interpreting injury metrics.
far-sidesimulation
30
Practical engineering tasks
analyzing far-side crash test data and proposing countermeasure improvements.
analyzingfar-side