Sentence examples for solving stability from inspiring English sources

The obtained (homogenized) macro-level properties serve for solving stability problems by numerical modeling in geotechnical engineering.

Theoretical estimation of bifurcation load for all the tested cylinders is achieved solving stability differential equations with the use of a combined "bi-modal and torsion" solution and Galerkin approximation.

The proposed method is applied to the allocated CSC in large multi machine interconnected IRAN power system to solve stability problems.

Donor-doped SrTiO3 is a promising material for use as an alternative anode to solve stability problems due to carbon coking or Ni coarsening etc. of conventional Ni-cermet anodes.

We then give a general technique of solving the stability of equation (1.2) using the stability of equation (1.1).

Moreover, the novel operating-domain-based robust H∞ stability conditions are derived by considering the operating domain constraint to relax the conservativeness of solving the stability conditions.

By solving those stability conditions, control gains of the robust H∞ polynomial fuzzy controller are obtained.

Since there is no closed form solution, the numerical differential quadrature method, (DQM), is applied for solving the stability equations.

Then, for solving the stability issue, we will introduce coupled stable schemes that can compute the square root of a matrix with very acceptable accuracy.

Based on this consideration, the proposed modified Newton homotopy method is found to be a robust computational tool for solving phase stability problems.

Solving these stability conditions via the two-step Linear Matrix Inequality (LMI) algorithm, the observer-based fuzzy controller is obtained to achieve the stability and H∞ performance constraints, simultaneously.