The phrase "allowable displacement" is correct and usable in written English.
It can be used in contexts related to engineering, physics, or any field where limits or tolerances are discussed regarding movement or change in position.
Example: "The allowable displacement for the structure under load must not exceed the specified limits to ensure safety."
Alternatives: "permissible movement" or "acceptable shift".
In this way, topology optimization can efficiently construct a minimum-compliance structure that meets the allowable displacement limit.
Without displacement sensitivities, the AVC algorithm iteratively adjusts allowable material usage based on the difference between the actual displacement, and the allowable displacement limit.
When the allowable displacement constraint is included in the problem as a determinant parameter, since the specifications of most of elements affect the displacement rate, the way of imposing and considering this constraint requires special care.
Accordingly, this paper investigates the deformation characteristics of both the caulking and pull-out processes using an FE analysis and clarifies the effect of the forming parameters on the allowable displacement, pull-out force, and tilting angle.
The objective of the paper is to develop an analytical solution to predict stand-up time of the rock mass surrounding tunnel based on the rheological deformation model using Abel's creep kernel and allowable displacement of the tunnel wall.
In addition to the factor of safety, the maximum allowable displacement in the tunnel and the ultimate displacement capacity of rockbolts must be also taken into account in the design.
At present, methods based on allowable displacements are frequently used in the seismic design of earth retaining structures.
This study proposes a simple reliability-based design (RBD) procedure for assessing the allowable immediate displacement of a spread footing supported on clay in consideration of a desired serviceability limit state.
An example is provided to illustrate the application of the proposed procedure to estimate the bearing pressure for an allowable immediate displacement of a footing at the targeted probability and serviceability limit state.
Maximum allowable temperature displacement in the heating stage of the end-forming process (K).
For a given oven configuration, the model can be used to determine this critical value for different tube geometries, after a maximum allowable temperature displacement ((Delta T_mathrm{max})) along the outer circumference with respect to a perfectly uniform heating process has been established.
