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Automotive Rear Seat Occupant Protection Engineering

30 Chapters
View Course Samples Online
01
Rear seat occupant protection engineering
domain scope, regulatory drivers, and system-level challenges.
occupantprotection
02
Rear seat occupant kinematics and injury biomechanics
differences from front-row occupants and implications for restraint design.
occupantkinematics
03
Rear seat occupant anthropometry and demographics
adults, children, elderly, and obese occupants in rear seating positions.
occupantanthropometry
04
Regulatory and consumer rating requirements for rear seat protection
FMVSS, ECE, C-NCAP, Euro NCAP, and IIHS protocols.
Regulatoryconsumer
05
Rear seat belt system design
geometry, anchorages, retractors, pretensioners, and load limiters for rear occupants.
geometryanchorages
06
Rear seat airbag systems
side airbags, curtain airbags, and emerging rear-seat frontal airbag concepts.
emergingrear-seat
07
Seat structure and cushion design for rear occupant protection
energy absorption, submarining prevention, and comfort trade-offs.
structureoccupant
08
Rear seat child restraint systems (CRS)
ISOFIX/LATCH, i-Size, booster seats, and integration with vehicle restraint systems.
restraintCRS
09
Occupant classification and sensing for rear seats
weight sensors, camera-based detection, and adaptive restraint deployment.
Occupantclassification
10
Rear seat belt reminder systems
regulatory requirements, human-machine interface design, and effectiveness.
reminderregulatory
11
Sled testing for rear seat occupant protection
test setups, pulse selection, and instrumentation for rear-seat-specific evaluation.
occupantprotection
12
Full-scale crash testing for rear seat occupants
frontal, side, and rear impact test configurations and data analysis.
Full-scaleoccupants
13
Computational modeling of rear seat occupants
MADYMO, LS-DYNA, and human body models for restraint optimization.
Computationalmodeling
14
Rear seat occupant simulation validation
cadaver, PMHS, and volunteer data for model correlation.
occupantsimulation
15
Submarining and lap belt migration in rear seats
mechanisms, countermeasures, and design guidelines.
Submariningmigration
16
Rear seat occupant protection in side impacts
door trim, side airbag, and structural countermeasures.
occupantprotection
17
Rear seat occupant protection in rear impacts
seatback strength, head restraint, and whiplash mitigation.
occupantprotection
18
Rear seat occupant protection in rollover
roof strength, curtain airbags, and belt effectiveness.
occupantprotection
19
Integration of rear seat protection with vehicle structure
crumple zones, load paths, and compatibility.
Integrationprotection
20
Advanced restraint technologies for rear seats
active seat belts, airbelt, and adaptive load limiting.
Advancedrestraint
21
Rear seat occupant protection for electric and autonomous vehicles
new seating configurations and interior design.
occupantprotection
22
Rear seat occupant protection for shared mobility and ride-hailing
diverse occupant population and usage scenarios.
occupantprotection
23
Design optimization and trade-off analysis for rear seat restraint systems
cost, weight, and performance.
optimizationtrade-off
24
Rear seat occupant protection performance metrics
injury criteria (HIC, THOR, etc.) and target setting.
occupantprotection
25
Case study
rear seat occupant protection in a mid-size sedan — from concept to production.
occupantprotection
26
Case study
rear seat occupant protection in an SUV — challenges of higher seating position and larger cabin.
occupantprotection
27
Case study
rear seat occupant protection in a minivan — flexible seating and child occupant considerations.
occupantprotection
28
Emerging trends and future directions in rear seat occupant protection
autonomous driving, new materials, and smart restraints.
Emergingdirections
29
Validation and verification of rear seat occupant protection systems
physical testing, simulation, and correlation.
Validationverification
30
Capstone project
design and evaluate a rear seat occupant protection system for a given vehicle platform and occupant scenario.
Capstoneevaluate