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Exact(6)
A 2000-lb maximum lateral force constraint for DLS, already discussed, is applied.
The maximum lateral force prediction, calculated using allowable lateral ground acceleration, was closely approaching the experiment result and numerical calculation.
Base shear (V) is the maximum lateral force that will occur due to seismic ground motion at the base of a structure.
The maximum lateral force of 26.4 kN resulted in a 18.12 mm lateral displacement tolerated by the arched wall, while the infilled wall tolerated a maximum force of 56.53 kN at displacement of 9.12 mm.
The maximum lateral force (MLF), PD as well as AE signal in stage II vary a lot both in value and range of influenced distance with the increment of substrate preheating temperature.
Results in Figs. 7 e) and 7(f) show maximum axial force and minimum lateral force with φ = 0; as well as minimum axial force and maximum lateral force with φ = π/2.
Similar(54)
For example, the maximum wheel rail lateral force of the side-frame cross-bracing bogie is 28.16 kN, while that of the sub-frame radial bogie is 15.68 kN.
Maximum lateral pulling forces exerted by 610 g cod were similar to their body weight in air, while 180 g fish were able to pull with a force equivalent to twice their own weight in air.
For the maximum strength of the specimen, the lateral force of 929.5 kN is recorded at a deformation angle of 8%.
Those bracings are more efficient at the regions of maximum lateral shear deformations generated from destabilizing forces of compression flanges e.g. near to the twisting supports.
Under the incident wave conditions of maximum average power produced by air, the lateral force and the base moment has enlargement phenomenon.
More suggestions(15)
maximum measured force
maximum isometric force
maximum lateral movement
maximum lateral deformation
maximum lateral acceleration
maximum lateral size
maximum lateral underetch
maximum lateral error
maximum tetanic force
maximum lateral deviation
maximum specific force
maximum lateral photovoltage
maximum lateral distance
maximum lateral buckling
maximum lateral strain
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