The phrase "breaking load" is correct and commonly used in written English.
It is typically used in engineering or manufacturing contexts to refer to the maximum amount of weight or force that a structure or material can withstand before breaking or failing. Example: The engineers had to test the breaking load of the bridge to ensure it could safely support heavy traffic. In this example, "breaking load" is used to describe the maximum weight or force the bridge can bear before breaking.
The anchor cable with a diameter of 22 mm has a breaking load of greater than 600 kN, and an elongation of 7%%.
The stiffness and breaking load of the mechanical structures of this device were experimentally measured and compared with the predictions based on FEM simulations.
Considering the damage caused, the residual cable breaking strengths were estimated and found to be still higher than the minimum breaking load of an un-damaged cable.
Response surface methodology (RS M has been applied for multi-objective optimization for minimization of weld width and maximization of breaking load simultaneously.
Pharmacopoeial tablet breaking load tests are diametral in their design, and industrially used breaking load testers often have automatic tablet feeding systems, which position the tablets between the loading platens of the machine with the breaking lines in random orientation to the applied load.
However, the load bearing capacity of those anchorages is limited to about 70%% of the tension members' breaking load due to the superposition of tension and bending stress at the pin.
Galileo, who died in the year of Newton's birth (1642), had investigated the breaking loads of rods under tension and concluded that the load was independent of length and proportional to the cross section area, this being a first step toward a concept of stress.
An electromechanical testing machine was used to measure breaking loads of specifically-designed synthetic models of atrophic mandibles.
The results suggest that it is not advisable to convert breaking loads obtained on scored tablets into tablet tensile strength values, and comparisons between different tablets or batches should carefully consider the orientation of the breaking line with respect to the loading plane, as the failure mechanisms appear to vary.
In addition, when used as part of highways or railways, integral bridges enhance the riding comfort due to lack of expansion joints and provide better lateral rigidity to breaking loads, minimizing the likelihood of rail buckling in continuous railway construction due to the smaller lateral displacement of the bridge.
The analysis of effects showed that E directly affected the protein content, fat content, and break load of cooked pasta, whereas A/Y inversely affected fat content and directly affected the Young modulus for cooked pasta, and the break load of both raw and cooked pasta.
