Sentence examples for minimizing deflection from inspiring English sources

Topology optimization is a mathematical, gradient-based design procedure that can be used to determine the distribution of required material within a design domain based upon defined loads and boundary conditions while meeting a prescribed target objective, such as minimizing deflection.

The target of this research is to study the mechanism of deflection error and find the optimum condition for the cutting process to minimize deflection error.

Optimal piezo-actuator sizes and locations for a frame structure under bending load uncertainty are determined with the objective of minimizing the deflection under worst case of loading.

In the present study, a fibre composite plate with initial imperfections and under in-plane compressive loads is studied with a view towards minimizing its deflection using the piezo actuators and the fibre orientations.

Optimal control of a damped two-span beam is studied with the objective of minimizing its deflection and velocity in a given period of time with the minimum possible expenditure of force.

The objectives are to minimize the deflection due to the prestress or to minimize ordinary compliance.

This article describes how to find a spatial motion that minimizes seal deflection for some given automobile side window surface.

Therefore, the present study focuses to optimize a typical FPCB electronic in order to minimize the deflection and stress induced in the system.

The basic control problem is to minimize the deflection and the velocity of displacements in a given period of time with the minimum possible expenditure of force.

In the first study, we consider a rectangular steel sandwich panel configuration in which the facing segments are bonded to the core segments using double welds and optimize the panel geometry to minimize its deflection and mass.

In order to minimize wave deflection, a top-launch high frequency (>200 GHz) electron cyclotron current drive (ECCD) system will be the key system for the current profile control.