Difference between revisions of "EM.Tempo Example Project: Fields Near a Ship"

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In this project, we seek to highlight several advanced capabilities of [[EM.Tempo]]:
 
In this project, we seek to highlight several advanced capabilities of [[EM.Tempo]]:
  
−
*'''Simple workflow''':  The ship model featured in this project was imported, meshed, and simulated -- no manual CAD modification or manual mesh refinement was required.
+
*'''Simple Workflow''':  The ship model featured in this project was imported, meshed, and simulated -- no manual CAD modification or manual mesh refinement was required.
  
 
*'''Fast Mesh Generation''': The mesh generated for the ship model requires about 85 million cells, and the model contains about 150 CAD objects, but [[EM.Tempo]]'s fixed-cell mesh generator can mesh the model in only a few seconds.  
 
*'''Fast Mesh Generation''': The mesh generated for the ship model requires about 85 million cells, and the model contains about 150 CAD objects, but [[EM.Tempo]]'s fixed-cell mesh generator can mesh the model in only a few seconds.  
  
 
*'''Large Project Size''':  This project was successfully simulated on a typical desktop PC, and only required about 6 GB of RAM.
 
*'''Large Project Size''':  This project was successfully simulated on a typical desktop PC, and only required about 6 GB of RAM.
 +
 +
==Gallery==
 +
 +
Below are some images related to the Ship project:
  
 
==Gallery==
 
==Gallery==

Revision as of 16:54, 29 August 2014

Example Project: Fields Near a Ship
Ship Fields.png

Objective: A large ship is imported into EM.Cube, and the fields near the ship due to a planewave source are examined.

Concepts/Features:

Minimum Version Required: All versions

'Download2x.png Download Link: [1]

Objective:

This project is meant to demonstrate EM.Tempo's ability to handle relatively large projects within a desktop environment. A third-party model (as a step file) is imported, meshed, and simulated.

We urge users to download and experiment with the project, but for more instructive examples, please see EM.Tempo's tutorial lessons.

Project Parameters

  1. Name: EMTempoShip
  2. Length Units: Feet
  3. Frequency Units: MHz
  4. Center Frequency: 100 MHz

Project Features

In this project, we seek to highlight several advanced capabilities of EM.Tempo:

  • Simple Workflow: The ship model featured in this project was imported, meshed, and simulated -- no manual CAD modification or manual mesh refinement was required.
  • Fast Mesh Generation: The mesh generated for the ship model requires about 85 million cells, and the model contains about 150 CAD objects, but EM.Tempo's fixed-cell mesh generator can mesh the model in only a few seconds.
  • Large Project Size: This project was successfully simulated on a typical desktop PC, and only required about 6 GB of RAM.

Gallery

Below are some images related to the Ship project:

Gallery


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Mathematical Details: Differential Form of Maxwell's Equations - Waveform, Bandwidth, Stability - Perfectly Matched Layer Termination - Time Domain Simulation of Periodic Structures - Farfield Calculations in EM.Tempo - Waveforms and Discrete Fourier Transforms

Advanced Simulation Options: Advanced CPML Setup - Radiation Pattern Above A Half Space Medium - Advanced Meshing in EM.Tempo - EM.Tempo Acceleration

Tutorials: FDTDLesson1 - FDTDLesson2 - FDTDLesson3 - FDTDLesson4



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Simulation Modules: EM.Tempo - EM.Picasso - EM.Terrano - EM.Libera - EM.Illumina

Modeling & Simulation Details: Parametric Modeling, Sweep & Optimization - Hybrid Modeling - Data Visualization and Processing



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