The phrase "allowable load" is correct and usable in written English.
It can be used in contexts related to engineering, construction, or any field where load limits are specified for safety or design purposes.
Example: "The allowable load for this beam is 500 pounds, ensuring it can support the intended weight without risk of failure."
Alternatives: "permissible load" or "maximum load capacity".
Check both your maximum allowable load and tyre pressures.
This paper presents a computational technique for determining the maximum allowable load of wheeled mobile manipulators for a desired trajectory.
Therefore, the maximum allowable load factors of perfect and imperfect systems should be determined by assigning displacement constraints.
Finally, a numerical example involving a two-link planar manipulator mounted on a differentially driven mobile base, application of the method to determine maximum allowable load is verified.
The design loads of a cladding glass subjected to the local wind pressures must not exceed the allowable load of a glass panel.
The simulation results clearly demonstrate that the value of maximum allowable load on a given trajectory directly depends on the additional constraint functions which apply to resolve the motion redundancy.
Table 2 Types of loads Allowable live load Large live load Below allowable design load Exceeding allowable design load 10 N, 30 N 40 N, 50 N Table 3 Test cases Large live load (N) Allowable live load (N) Case (i) 40 10 Case (ii) 40 30 Case (iii) 50 10 Case (iv) 50 30.
Riser design codes vary in the way they interpret the allowable loads on a riser.
The number of factors limits the maximum allowable loads, which can be achieved by a mobile manipulator during a given trajectory.
The primary basis for this recommendation is small differences in nominal design values and small differences in allowable loads between the two-parameter and three-parameter Weibull distributions.
Therefore, it is essential to know the allowable loads and the corresponding failure behaviour (e.g., crack initiation, growth and instability) of the component.
