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2005-01-0610 Comparative FE Analysis of Lower Extremity
Injury for Hybrid III, THOR/LX, and Human Model in NCAP Frontal Offset
Crash
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2005-01-0611 Studies of Adaptive Finite Element Method
for Component Crashworthiness Analysis
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2005-01-0613 Fundamental Studies on Crashworthiness
Design with Uncertainties in the System
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2005-01-0775 Comparison of Designs for Safety/Mission
Critical Systems
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2005-01-0778 The Design of Safety Architectures for
Automotive Electronics Systems Using Constraint Satisfaction Methods
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2005-01-0779 Survey of Software Failsafe Techniques
for Safety-Critical Automotive Applications
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2005-01-0780 Safety Process for Development of Electronic
Steering Systems
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2005-01-0781 Formal Verification for Model-Based Development
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2005-01-0783 Towards a Generic Distributed and Fault-Tolerant
Control Architecture: Case Study of a Hydraulic Valve Actuation System
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2005-01-0784 Software Certification for a Time-Triggered
Operating System
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2005-01-0785 Effective Application of Software Safety
Techniques for Automotive Embedded Control Systems
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2005-01-1293 Analysis of a Real-World Crash Using
Finite Element Modeling to Examine Traumatic Rupture of the Aorta
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2005-01-1294 Seat Structural Design Choices and the
Effect on Occupant Injury Potential in Rear-End Collisions
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2005-01-1295 Development and Validation of a Finite
Element Model of the THOR Lower Extremity
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2005-01-1298 A Study on the Modelling Technique for
the Passenger Out-Of-Position Simulation
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2005-01-1299 A Study of Driver Airbag Shape Design
with Process Integration
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2005-01-1301 Correlation of an Automotive Seat Finite
Element Simulation with Dynamic Sled Testing
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2005-01-1302 Multi-Parameter, Multi-Objective Optimization
of Injury Indexes of Vehicle Crash Models
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2005-01-1303 A Comparison of the Head and Neck Injury
Parameters on a Tno P3 and a Three-Year-Old Hybrid Iii Child Dummies
From Numerical Simulations
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2005-01-1304 An Expert System for Vehicle Restraint
System Design
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2005-01-1306 Experience With Response Surface Methods
for Occupant Restraint System Design
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2005-01-1307 Improved Prediction of Hybrid-Iii Injury
Values Using Advanced Multibody Techniques and Objective Rating