Examples of 'thermal model' in a sentence
Meaning of "thermal model"
A thermal model is a representation or simulation of the thermal behavior or characteristics of a physical system or object. It is often used in engineering and physics to predict how heat is transferred, stored, or dissipated within a system, aiding in design, optimization, and analysis of thermal processes
How to use "thermal model" in a sentence
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thermal model
Dynamic thermal model for an induction machine.
Is the constant matrix of the thermal model.
A human thermal model for improved thermal comfort.
Parameter estimation of a thermal model of a power line.
Thus the thermal model is useful during all phases of a project.
Is the calibration gain for the thermal model.
An exemplary thermal model is provided below.
These could be used to calibrate the thermal model.
Another valid thermal model can also be used.
The lumped parameter method was used to develop this generic thermal model.
Results f the thermal model vttih adaptation tion.
Approximations concerning the increased hydraulic conductivity were made using a simple thermal model.
An inverse mold thermal model controller.
The thermal model may be a nonlinear parametric model based on a heat balance equation.
This requires a thermal model.
See also
Aglobal thermal model has been used to simulate heat diffusion in the structure.
Results from thermal model.
A human thermal model was able to estimate sensation and comfort under various thermal boundary conditions.
Work was initiated to couple this thermal model and the monocrystalline multiaxial model.
The thermal model using electric analogy of the complete device is achieved and validated experimentally.
A typical LED side view and its thermal model are shown in the figures.
Matrix A can be obtained by identification from a complex thermal model.
A new thermal model developed at Cambridge University passes with flying colors.
DTC The protection is based on the calculated motor thermal model.
Structural and Thermal Model of the ECLAIRs telescope.
Nevertheless, account is advantageously taken of this time delay in the thermal model.
Determining a thermal model corresponding to the flight conditions obtained ;.
In particular, this document proposes a thermal model for each module.
First, a thermal model and a phenomenological mechanical model has been developed.
Method according to claim 1, comprising basing the reservoir simulation on a compositional thermal model.
For these considerations, a thermal model has been developed and validated.
A thermal model has been used to simulate the laser - target interaction.
In addition, a novel estimation tool has been developed for estimation of the thermal model parameters.
The lumped-parameter thermal model of salient pole synchronous machine.
To implement this method, the system stores a predefined thermal model of the heat sink.
This thermal model can also be defined by the following equation,.
Alternatively, the ablation procedure may be automatically controlled based on outputs from the thermal model.
The overall thermal model accounts for the following mechanisms,.
The latter approach preferably takes into account a predetermined thermal model of the fuel cell stack 110.
The global thermal model takes into account the following mechanisms,.
FIG . 9 provides the general diagram used for the thermal model.
Alternatively, a thermal model can be used to estimate the autotransformer 's core temperature.
FIG . 4 is a diagram of a temperature distribution of a thermal model for the method of FIG . 2.
A detailed thermal model has been introduced, validated and used for a parametric analysis.
Fig . 10 schematically illustrates a thermal model of a cryogenic microprobe needle.
A mold thermal model controller that computes a predicted temperature of the blank mold ;.
This amounts to implementing the thermal model on the basis of the diagram of FIG . 2.
Select a thermal model from the plurality of thermal models corresponding to the icing flight envelope ;.
FIG . 12 is a diagram summarizing the thermal phenomena taken into account in the global thermal model.
A 3D thermal model based on a nodal network linked to electromagnetic model is used.
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