The phrase "allowable moment" is correct and usable in written English.
It can be used in contexts related to engineering, physics, or mechanics, where it refers to the maximum moment that a structure or material can withstand without failure.
Example: "The allowable moment for this beam is calculated to ensure it can support the expected loads without bending excessively."
Alternatives: "permissible moment" or "acceptable moment".
ABS standard (ABS 2006) put forward a model to determine the maximum allowable moment.
The results show that at moderate levels of CTOD, the allowable moment capacity of the pipe decreases significantly with increase in internal pressure.
In the limit-state function, a failure is defined as the event when the flapwise bending moment exceeds the allowable moment that corresponds to the ultimate strength of the material.
Also for the point load, the extremum criterion is further differentiated to arrive at an expression for the specific ratio between the two section stiffnesses which just ensures that any given allowable moment at the inner support is not exceeded as the load travels along the span.
The dimensionless objective function is so defined as to comprise both a cross section area and a maximal allowable bending moment.
The arm swing motion can be generated, not by designing and tracking joint trajectories of the arms, but by limiting the allowable reaction moment at the foot and minimizing whole-body motion while controlling the lower limbs and torso to follow the designed trajectory.
From the analysis displacements, nodal moments, allowable stress, bending stress is found at all nodes.
During the compressor design phase the vendor issues an allowable piping forces and moments diagram which states the maximum values of external forces and moments to which the casing can be subjected.
The allowable strains, equivalent stresses, and bending moments are determined for an empty condition, a water-filled condition, a pressure-test condition, and an operational condition.
Under the allowable crack width of 0.7 mm, the torsional moment of the fiber reinforced concrete (FRC) beams and engineered cementitious composite (ECC) beams were 10%and40%0% greater than ordinary concrete beams respectively.
