Sentence examples for model in vertical from inspiring English sources

A three-time-scale singular perturbation control law is designed for a nonlinear helicopter model in vertical flight.

During the simulations the seabed has been modelled using a hysteretic non-linear model in vertical seabed direction, and bilinear and trilinear models in the lateral seabed direction.

To address this, we considered the effect of churn flow and developed the original liquid film flow model in vertical upward flow by suggesting that calculation starts from the onset of churn flow rather than annular flow.

To implement the workflow, Ansari et al. (1994) mechanistic two-phase flow hydrodynamic model in vertical wells is coupled with two Asphaltene precipitation thermodynamic models, namely de Boer et al. (1995), and Wang et al. (2006).

The objective of this study is to develop a heat-transfer model for gas liquid flow that is consistent with the hydrodynamic model in vertical wellbore annuli.

The regular patterns of vibration have been studied using the simplified model in vertical direction in previous sections, then in this section, a 3D rigid-flexible coupled railway vehicle system dynamics model is built based on the MBS theory and the finite element method (FEM) to discuss the vibration of carbody and equipment in the real wheel-rail contact and track excitation condition.

Many tubular string buckling models in vertical, horizontal, inclined, and curved wellbores under the action of torque, boundary condition, friction force, connectors, etc. have been proposed, some of which have been verified in later experiments and actual engineering operations.

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Pipe soil interaction is modelled using a hysteretic non-linear model in the vertical seabed direction and Coulomb friction model in the lateral direction together with an improved model that includes the breakout soil resistance.

The whole dynamometric set, linked to the model, is then moved by some devices like step motors or hydraulic actuators, to allow for moving the model in the vertical and rotation degree of freedom, with a full computer test control.

Based on these observations it appears that a conceptual model in which vertical gradients below the water table are of the same order of magnitude as those within the capillary fringe is appropriate for the analysis of vadose zone response to pumping.