Sentence examples for aerodynamic force modeling from inspiring English sources

Significant developments in bridge aeroelastic analysis have been made utilizing realistic aerodynamic force modeling for bridges with bluff sections under turbulent winds.

The modeled accelerations are simply the sum of the radiation pressure and aerodynamic force model output.

Our discussion focuses on three key aspects: the simulation of the random wind field, the quasi-steady aerodynamic force model and the element discretization as presented in this paper.

This paper introduces the models and methods for computationally determining aerodynamic instability of long-span bridges, and emphasis is placed on three aspects including self-excited aerodynamic force model, numerical identification of flutter derivatives and two-dimensional or three-dimensional flutter analysis method.

Reference [71] also adopts such an aerodynamic force model to study the wind-induced vibration response and analyzes the fatigue of contact wire under wind load.

The motion of the rivulet is described by a simple stochastic process that, together with aerodynamic forces, models the complex fluid structure interaction.

The unsteady aerodynamic force was modeled by theoretical method and CFD numerical simulation.

The time-dependent aerodynamic forces are modelled using Theodorsen type flat plate theory.

The nonlinear unsteady aerodynamic forces are modeled based on static force coefficients, flutter derivatives, admittance functions, and their spanwise correlations at varying angles of incidence.

The modeling process involves the parameterized configuration design, inviscous hypersonic aerodynamic force calculation and scramjet engine modeling.

A quasi-steady representation is used to model the aerodynamic force.