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Open image in new window Fig. 4 Uniaxial compression and extension test response.
Figure 14 presents a simulated fracture of a paper sample in an extension test.
Biaxial bias extension test results are compared against picture frame and uniaxial bias extension results.
Outcome measures included knee flexion angle during Active Knee Extension test and the Slump test.
We simulated, using the FEM, an extension test using the same network but varied the bonding properties of fibers.
Eight FSUs underwent the repetitive flexion test and eight FSUs were used for the extension test (Fig. 1).
For illustrative purposes we consider here the problem of simulating the behavior of a fiber network in an extension test.
An investigation has been conducted to evaluate the performance of normalisation methods for the uniaxial bias extension test.
This prospective study was created to evaluate the reliability of a new clinical test, which we termed the "loss of extension test" (LOE test).
In this blind prospective study we have evaluated the reliability of a new clinical test that we termed the "loss of extension test" (LOE test).
The "prone hip extension test" is described by the author as a simple, convenient and reliable method of measuring hip flexion contracture in spastic patients [6].
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