Sentence examples for force sum from inspiring English sources

The stress is calculated through the total force (sum F) over the average area of the cross section A t), as described in Eq. (5).

In order to obtain the value of differential stress, we calculate the total force (sum F) on the top boundary, and then, the total force is divided by the area of the cross section which is due to the radial expansion of the sample as a function of time.

To accelerate the calculation, a special-purpose parallel computer for non-bonded force sum, MD Server (http://www.nec.co.jp/press/en/0511/2901.html), was used.

The simulation allows the strongest force (sum of the actual force and the effective thermal force) to operate on the protein for a time period, t, using a mobility consistent with (1).

We showed the sign inverted traction force to also demonstrate that there are cells that, despite generating a small traction force sum, are nevertheless under high cell-cell stresses.

It employs a new qualitative representation for forces that reduces ambiguity in force sums and hence reduces unnecessary branching.

In this paper, the effect of several axisymmetric elastic singularities (i.e., point forces, double forces, sum of two double forces and centers of dilatation) on the elastic response of a multilayered solid is investigated.

Similarly (Q_2), (P_2) are the transfer functions between aqueduct-water masses interaction forces (sum ^{n}_{i=1} v_i omega ) u_{si} (omega )) and interaction accelerations (ddot{Z}_o (omega )), (ddot{theta _o} (omega )) respectively (Ray Chaudhuri and Gupta 2003).

Relationships of foundation accelerations (ddot{Z_o} omega )), (ddot{theta _o} omega )) with hydrodynamic forces (sum ^{n}_{i=1} k_{si} + i omega c_{si} ) u_{si} (omega )) and ground acceleration (ddot{Z_g} omega )) are established using impedance functions, base shear and base moment equations of the aqueduct structure.

One of the dwindling number of exceptions, General Jovan Divjak, an ethnic Serb who defied the sectarian logic in 1992 to lead the defence of Sarajevo against Serb nationalist forces, summed up the prevailing mood.

Because of their high stability under shear forces, SUMs have also a broad application potential as a matrix for immobilizing functional molecules (e.g. ligands, enzymes, antibodies and antigens; Weiner et al., 1994a, b; Sleytr et al., 2001, 2002; Sára et al., 2006a, b; Egelseer et al., 2010; Sleytr et al., 2011).