Static Test Procedures for Restraint Anchorages in Small Aircraft

Gowdy, Van; Rathgeber, Ronald K.; Ross, James W.

doi:10.4271/871007

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“…Van Gowdy et al [24] introduced a series of tests to evaluate static test procedures for restraint anchorages on small airplane forward facing seats that have a lap belt and shoulder harness anchored to the airframe. In these tests, the belts were anchored to sled fixtures instrumented with triaxial load cells, and static forces were developed by pushing the sled back with hydraulic cylinders, displacing the seat rearward relative to the body blocks.…”

Section: Methodsmentioning

confidence: 99%

Dynamic behavior of seatbelts in rollover situation

Cheng¹

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Equations of motion 10.2 Equations of Motion for the Fourteen Constraint Situations. 10.2.1 x-(p sin fJ) < 0. .. 10.2.2 y-(p cos fJ) + P < 10.2.3 x-(psinfJ) + (lsinfJ) < 0 10.2.4 y-(peosfJ) + (leose) + p < 0. 94 10.2.5 x-(psinfJ) < 0 and y-(peosfJ) + p < 0. 9.5 10.2.6 x-(psinfJ) < 0 and x-(psinfJ) + (lsinfJ) < 0 96 10.2.7 x-(psinfJ) < 0 and y-(peosfJ) + (leosfJ) + p < 0 97 10.2.8 y-(peosfJ) + p < 0 and x-(psinfJ) + (lsinfJ) < 0 97 10.2.9 y-(peosfJ) + p < 0 and y-(peosfJ) + (leosfJ) + p < 0 98 10.2.10x-(psinfJ) + (lsine) < 0 and y-(peose) + (leose)-: p < 0 99 10.2.l1x-(psinfJ) < 0, y-(peosfJ)+p < 0 and x-(psinfJ)+(lsinfJ) < o. .

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Section: Methodsmentioning

confidence: 99%

Dynamic behavior of seatbelts in rollover situation

Cheng¹

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Static Test Procedures for Restraint Anchorages in Small Aircraft

Cited by 1 publication

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Dynamic behavior of seatbelts in rollover situation

Dynamic behavior of seatbelts in rollover situation

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