The phrase "a direct time" is not commonly used in written English and may not convey a clear meaning.
It could potentially be used in contexts discussing specific timeframes or schedules, but clarity is essential.
Example: "We need to establish a direct time for the meeting to ensure everyone can attend."
Alternatives: "a specific time" or "a clear time".
The results obtained via the stability analysis are verified by time responses computed by using a direct time integration method.
In this paper, a direct time integration method is proposed to solve the dynamic responses of structural systems involving multiple nonviscous damping models.
First, the transient response is derived by modal analysis and a direct time domain technique to calculate the interfacial forces is outlined.
FPGA resources can be allocated to perform user defined tasks on the pixel data streams, including the implementation of a direct time autocorrelation function (ACF) with time resolution down to 100 ns.
The constant gain velocity feedback (CGVF) control algorithm is considered and the structural dynamic response under the corresponding active damping effect is evaluated with a direct time integration method.
Time domain analysis which uses the improved state-space Newmark method of a direct time integration scheme is carried out to investigate the response of the reactor coolant pump under the horizontal seismic load.
A boundary element formulation based on a direct time-domain formulation using elastostatic fundamental solutions was used.
A boundary element formulation based on a direct time-domain formulation using the elastostatic fundamental solutions was used.
The design of filters has been formulated as a direct time-domain linearly constrained eigenvalue problem that does not involve any parametrization and iterations.
The proposed formulation is based on a direct time-domain integration using the elastostatic fundamental solutions for both in-plane elasticity and shear-deformable plates.
A direct time-integration scheme is employed for the numerical solution of the equations of rigid body dynamics governing the constraint due to the surrounding membrane motion of the embedded inclusions.
