Aircraft Seating Systems
Friedman Research Corporation has developed finite element analysis approaches leading to testing certification of aircraft seating. Our focus of analysis has included biofidelity of dummy responses and calibration responses, in-flight entertainment design to minimize occupant injury, and failure points in seat structures.
Our research focuses on the conditions between dummy responses under impact conditions and the probability of serious human injuries. As biofidelity improves the difference in dummy response to restraint measures is an important variant in interpreting human response. We use the most recent evolution of dummies to provide accurate prediction of human response.
In-Flight Entertainment (IFE)
We have developed specialized testing equipment to determine the best design for the monitor integrated into the seatback. This design minimizes head and neck injury measures while significantly improving the accuracy obtained from 3 and 4 point bend tests.
Advanced Glazing Systems testing, design and simulation. Our advanced technology evaluating brittle structures ensures accurate response measures with finite element simulation system performance. Glazing has been evalu-ated for occupant retention, head impact protection, aircraft seats, mili-tary and armored vehicle applications.
Aircraft Seat Research
We conduct structural seat testing using finite element analysis under impact loads. This allows for the identi-fication of failure points in seat struc-ture prior to physical testing. Important considerations in aircraft seat testing are: the effect of friction between head and seatback and in-flight enter-tainment monitors on the results of FAA sled certification tests.
Monitor Impact Integration
We have developed specialized test-ing equipment to determine the best design for the monitor integrated into the seatback. This design minimizes head and neck injury measures while significantly improving the accuracy of 3 and 4 point bend tests.