The Head Injury Criterion (HIQ model has been developed to measure quantitatively tbe head injury risk in crash situations. Using a computer algebra system (here MAPLE), students are able to analyse results reported from a real crash test carried out with Mercedes-Benz cars. The discussion of the model provides first an excellent motivation for the Riemann integral, serves secondly as a piece of real consumer enlightenment, and demonstrates thirdly that the need to (oversimplify reality may produce hardly meaningful results, despite considerable mathematical expenditure. The negative acceleration during a crash FORTUNATELY, today many consumers pay mor
Head Injury Criterion (HIC) is the most important parameter in terms of human survival; it is indic...
This research investigated the safety performance of a passenger car in side collisions, using a sid...
The aim of this study was to investigate head impact dynamics and to establish risk functions for he...
Objective: Euro NCAP is considering the implementation of a new head injury assessment with the intr...
The aim of this study was to evaluate the effectiveness of various head injury criteria and associat...
Objective: The aim of this study was to assess head injury criteria based on their correlation to br...
In the present study, frontal crash simulations were conducted to determine the effect of various ca...
Head injury is a dangerous possible outcome every time the head is decelerated rapidly. The outcome ...
In the design of robotic systems that safely interact with people, it is useful to have validated cr...
The objective of this study is to assess head injury risks of adult pedestrians using computer recon...
There are many ways of car collisions which depend on car motion modes before and after crashes, spe...
The use of engineering principles in assessing head injury scenarios is of increasing significance i...
Head injury is the most common and fatal injury in car-pedestrian accidents. Due to the lack of huma...
Safety is an increasingly important aspect of vehicle design. Legislation requires minimum levels o...
Instrumented headforms are projected at cars to check that the vehicle is not overly injurious if a ...
Head Injury Criterion (HIC) is the most important parameter in terms of human survival; it is indic...
This research investigated the safety performance of a passenger car in side collisions, using a sid...
The aim of this study was to investigate head impact dynamics and to establish risk functions for he...
Objective: Euro NCAP is considering the implementation of a new head injury assessment with the intr...
The aim of this study was to evaluate the effectiveness of various head injury criteria and associat...
Objective: The aim of this study was to assess head injury criteria based on their correlation to br...
In the present study, frontal crash simulations were conducted to determine the effect of various ca...
Head injury is a dangerous possible outcome every time the head is decelerated rapidly. The outcome ...
In the design of robotic systems that safely interact with people, it is useful to have validated cr...
The objective of this study is to assess head injury risks of adult pedestrians using computer recon...
There are many ways of car collisions which depend on car motion modes before and after crashes, spe...
The use of engineering principles in assessing head injury scenarios is of increasing significance i...
Head injury is the most common and fatal injury in car-pedestrian accidents. Due to the lack of huma...
Safety is an increasingly important aspect of vehicle design. Legislation requires minimum levels o...
Instrumented headforms are projected at cars to check that the vehicle is not overly injurious if a ...
Head Injury Criterion (HIC) is the most important parameter in terms of human survival; it is indic...
This research investigated the safety performance of a passenger car in side collisions, using a sid...
The aim of this study was to investigate head impact dynamics and to establish risk functions for he...