Dynamic Charging of a Two Dimensional Model-A PDE Tool Box Application of MATLAB

The PDE Modeler app lets you specify PDE coefficients and boundary conditions in terms of physical entities. For example, you can specify Dynamic Charging of electricalvehicle. The application mode can be selected directly from the pop-up menu in the upper rightpart of the PDE Modeler app or by selecting an application from the Application submenu in the Options menu. Changing the application resets all PDEcoefficients and boundary conditions to the default values for that specific application mode. When using an application mode, the generic PDE coefficients are replaced by application-specific parameters such as Young's modulus for problems in structural mechanics. The application-specific parameters are entered by selecting Parameters from the PDE menu or by clicking the PDE button. You can also access the PDE parameters by double-clicking a subdomain, if you are in the PDE mode. That way it is possible to define PDE parameters for problems with regions of different material properties. The Boundary condition dialog box is also altered so that the Description column reflects the physical meaning of the different boundary condition coefficients. Finally, the Plot Selection dialog box allows you to visualize therelevant physical variables for the selected application.

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Journal
Iconic Research and Engineering Journals
Published
2026-09-24
DOI
https://doi.org/10.64388/irev10i3-1723395
Primary Topic
Material Selection and Properties
Type
article
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Dynamic Charging of a Two Dimensional Model-A PDE Tool Box Application of MATLAB

ABIR CHAKRABORTY, G. Subhramaya Nayak, Somshekhar Bhat
Iconic Research and Engineering Journals
Material Selection and Properties
article

Dynamic Charging of a Two Dimensional Model-A PDE Tool Box Application of MATLAB

ABIR CHAKRABORTY, G. Subhramaya Nayak, Somshekhar Bhat
article en

Abstract

The PDE Modeler app lets you specify PDE coefficients and boundary conditions in terms of physical entities. For example, you can specify Dynamic Charging of electricalvehicle. The application mode can be selected directly from the pop-up menu in the upper rightpart of the PDE Modeler app or by selecting an application from the Application submenu in the Options menu. Changing the application resets all PDEcoefficients and boundary conditions to the default values for that specific application mode. When using an application mode, the generic PDE coefficients are replaced by application-specific parameters such as Young's modulus for problems in structural mechanics. The application-specific parameters are entered by selecting Parameters from the PDE menu or by clicking the PDE button. You can also access the PDE parameters by double-clicking a subdomain, if you are in the PDE mode. That way it is possible to define PDE parameters for problems with regions of different material properties. The Boundary condition dialog box is also altered so that the Description column reflects the physical meaning of the different boundary condition coefficients. Finally, the Plot Selection dialog box allows you to visualize therelevant physical variables for the selected application.

Iconic Research and Engineering JournalsVol. 10(3)
Manipal Academy of Higher Education (IN)
Openalex Percentile: Top 25%
Material Selection and Properties
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Dynamic Charging of a Two Dimensional Model-A PDE Tool Box Application of MATLAB — ABIR CHAKRABORTY, G. Subhramaya Nayak, et al. · Iconic Research and Engineering Journals (2026) | TGRS Research Map | TGRS