Sentence examples for maximum deflection corresponding from inspiring English sources

The interfacial shear stress and the maximum deflection corresponding to the predicted values at maximum and service loads are also studied.

Analytical calculations are also carried-out by means of single-degree-of-freedom (SDOF) formulations derived from structural dynamics theories, in order to properly estimate blast and second-order effects on maximum deflections and corresponding tensile stresses.

Comparison of maximum value of load and deflection corresponding to maximum load value for all the specimens is presented in Table 2.

Table 2 Comparison of maximum load and corresponding deflection Specimen type Maximum load (kN) % increase in load Deflection corresponding to maximum load (mm) % increase in deflection MC 24 – 26.91 – PC-CRW 28 16.67 29.94 11.26 PC-CRS 32 33.33 40.22 49.46 PC-BRS 26 8.35.96.96 33.63.

Deflection corresponding to maximum load is 11.26, 49.46, and 33.63 % more for specimen PC-CRW, PC-CRS, and PC-BRS, respectively, as compared to monolithic connection.

As a result, excitation spots can be located within all the available excitation field available, i.e.

The impact factor is calculated with Eq. (4): 1 + mu = frac{{A_{text{dyn}} }}{{A_{text{st}} }}, (4 where µ is the impact factor, A dyn is the maximum dynamic deflection at the mid-span, and A st is the maximum deflection at the mid-span under the corresponding static load.

The device C has the maximum deflection sensitivity.

The bending moments generated by the induced strain actuators control the deflection in order to minimize the maximum deflection.

The bending moments generated by the piezo-actuators are used for deflection control, i.e., to minimize the maximum deflection.

Focusing on the deflection accordance to the ANSI Standard; calculation regarding the allowable maximum deflection must not be exceeded.