Push pull, torsion and tension-compression with a superimposed static torsion fatigue test results are presented.
The analyses were carried out to determine racking and static torsion resistance.
The median device yield strength was 10,117 N for static axial compression, 3680 N for static compression-shear, and 8.6 N m for static torsion.
In the second part, experimental results are shown, considering four different types of tests: static proof and ultimate tests, fatigue tests and static torsion tests.
Based on the theory of elasticity, exact analytical and numerical solutions of piezoelectric rods under static torsion are studied.
An over-populated spot weld distribution is then built in order to satisfy the remaining design criteria, such as static torsion angle and modal behavior.
For these films, maximum static water contact angle was 164°.
This is because Fig. 6 also includes the static friction before it reaches the maximum static friction force.
Cyclic torsion fatigue tests with superimposed static torsion loads are performed with VDSiCr spring steel with shot-peened surface in the high cycle fatigue (HCF) and very high cycle fatigue (VHCF) regime.
When the input exceeded the maximum static friction, an overshoot response was initiated, and the input was again integrated to reach the maximum static friction.
