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Introduction to the Finite-Difference Time-Domain (FDTD) Method for Electromagnetics

It was only in that FDTD techniques became popular in dealing with problems concerning interactions of electromagnetic waves, mostly because of the rise of wireless communication devices, but it is also used to model applications in the fields of geophysics and biomedical imaging and the convenience of computers equipped with fast processors and large memories. There are numerous developers for FDTD application software, including at least 27 which are proprietary, 8 which are open access, and two freeware.

The finite-difference time dimension FDTD method for simulating computational electromagnetism is considered the simplest and most efficient way to model the effects of electromagnetism on a certain material or object.

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The most commercial use of the FDTD model is in mobile communication systems, which makes use of radio frequencies, so engineers have to be able to project how the device will most likely operate in the real world by running simulations. Another application for FDTD is in fiber optics, which is also a technology that relates to communication, and there is an increasing interest in its use in nanotechnology.

In a very real way, the FDTD method is used to design and improve the mobile and fixed communication technology we have today. In terms of scalability, the FDTD method proves robust, merely requiring additional time to do the computation with no changes in the formula. However, while it is a relatively simple method, it requires fine grids to develop a model. FDTD does require a lot of computations which increase exponentially with the number of elements. In order to do an FDTD model, one will require a powerful computer with a lot of memory.

It is recommended that a computer running a graphical processing unit GPU processor, which is specifically designed to handle large amounts of graphical data in parallel, which is exactly what is needed. How long it takes to complete a simulation will depend on the number of elements in an FDTD simulation and processing speed of the computer.

In general, an FDTD model requires 30 bytes of memory per Yee cell and 80 operations per cell, per time step. Posted by Sidney on Mar 28, in Truck Accidents 0 comments.

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    Posted by Sidney on Feb 26, in Electromagnetism 0 comments. Electromagnetism is a fundamental force in nature that establishes the internal properties of all things on Earth. It is a phenomenon that is manifested in the interrelationship between electricity and magnetism, and the interaction of electrons and photons at the atomic and molecular level. The theory confirms that one can be produced by the other and also explains the nature of light. Electromagnetism is a relatively modern concept. Prior to the 19th century, scientists believed that magnetism and electricity were distinct forces.

    In his set of equations , Maxwell demonstrated that electricity and magnetism traveled in distinct waves through space, and that light itself is the result of the undulations of the electromagnetic waves which travelled at the same velocity as light. Together, electricity, magnetism, and light comprise the electromagnetic field. To add insult to injury, it was only in when the Theory of Relativity proposed by Albert Einstein that it cemented the notion that electricity and magnetism were two sides of the same coin, although they are by no means the same force.

    The significance of the electromagnetic theory is that it became the basis for many of the theories in advanced physics, including quantum mechanics, which speculates on the properties of nano particles in relation to the physical world. Because these particles are so small, they can only be detected by how it affects the electromagnetic field.

    Posted by Sidney on Feb 23, in Electromagnetism 0 comments. The fact of the electricity and magnetism interrelationship being discovered to give way to electromagnetism is hugely relevant when it comes to practical applications in modern life.

    Finite Difference Time Domain Electromagnetic Fiel

    True, it is the basis for the nebulous and largely theoretical worlds of quantum physics and quantum mechanics, but the fact is for most people it is what makes the world go around. The basic principle behind how electromagnetism is generated is the core concept of household electricity. The fact that we can turn the power on and off at will is a convenience that we all take for granted but is actually a crucial part of modern living.

    Because an electromagnetic field produces the energy that makes any gadget or appliance work, its continued presence is necessary to keep the machine or motor going. It is only through the passing of an electrical current that this electromagnetic field can be generated, the modern householder can control when that field is produced by simply flipping a switch. Various optical filter applications each demand specific device performance. With the quest for better design optimization, the 1D-FDTD method was utilized to model optical filters. The model was verified and found to give accurate results.

    The finite difference time domain method for electromagnetics (Book, ) []

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    Allow All Cookies. Fajardo and R. Not Accessible Your account may give you access. Year , Volume 39 , Issue 4, Pages - Zotero Mendeley EndNote. Abstract en tr In this paper, an acceleration technique is proposed to solve electromagnetic scattering and radiation problems, which contain lossless anisotropic Lossless-ANI materials, based on the finite-difference time-domain FDTD method. Keywords en tr Electromagnetic scattering and radiation , finite-difference time-domain FDTD method , anisotropic material.

    References [1] Schneider J. Wireless Propag.