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The radiation field inside photocatalytic reactors can be predicted by solving the Radiative Transfer Equation (RTE).
It is shown that under specific assumptions, the vibrational energy density of the coupled master structure can be predicted by solving a simple energetic boundary value problem that accounts for the mechanical coupling with the auxiliary subsystem.
Then breeding values for both phenotyped and non-phenotyped individuals can be predicted by solving the equations for model 1 above: where G is the realised relationship matrix calculated as above, and is a genetic variance.
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The dynamic behaviour of this beam structure is predicted by solving mathematically its vibration characteristics governed by beam configurations.
Finally, the three-dimensional temperature distribution inside the battery module is predicted by solving the thermal energy conservation equation numerically.
The instability frequency as well as the complex pressure ratio between two chambers were predicted by solving ordinary differential equations.
Both velocity and temperature of the coal particles and the gas phase are predicted by solving the momentum and energy equations of the gas and particle phases, respectively.
To this purpose, the unsteady flow field in the fan is predicted by solving the incompressible Reynolds-averaged Navier Stokes (RANS) equations with the SST-SAS turbulence model.
The electromagnetic wave scattering from such surfaces is predicted by solving Maxwell's equations using the finite-difference time-domain (FDTD) method.
The unsteady flow field of the centrifugal fan in a duct is predicted by solving the incompressible Reynolds-averaged Navier Stokes equations with conventional computational fluid dynamics techniques.
The effective diffusivity coefficient that appears in the upscaled equation is predicted by solving a closure problem in simple 2D unit cells.
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be achieved by solving
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be predicted by studying
be predicted by comparing
be solved by solving
be predicted by evaluating
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be predicted by applying
be designed by solving
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be calculated by solving
be constructed by solving
be predicted by measuring
be performed by solving
be simulated by solving
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