Publications

  1. Case Study: How Remcom Consulting Helped ReGear Release A New Product To Market
    4/13/2011
    When ReGear decided to create a new shoulder garment, they faced tougher safety considerations than they had with their other garments. Remcom engineer Jim Stack worked closely with ReGear to test and provide feedback on two iterations of the shoulder garment.
  2. Remcom Case Study: MRI Coil Improvement For Cardiac Imaging In Mice
    2/11/2011
    It is common knowledge that mice often serve as models for the study of human health conditions and experiments to improve human medical treatments. But most people probably don’t consider the accuracy of the experiments themselves, focusing instead on the results to give us confidence in the progression of our health care.
  3. Remcom Case Study: MRI Coil Improvement For Cardiac Imaging In Mice
    2/11/2011

    It is common knowledge that mice often serve as models for the study of human health conditions and experiments to improve human medical treatments. But most people probably don’t consider the accuracy of the experiments themselves, focusing instead on the results to give us confidence in the progression of our health care.

  4. Modeling The Effects Of Wind Turbines On Radar Returns - White Paper
    12/6/2010
    Wind turbines located near radar installations can significantly interfere with a radar’s ability to detect its intended targets. In order to better understand and mitigate the adverse effects of wind turbines on radar, the government and wind farm community need tools that can be used to analyze the radar returns from wind turbines. Remcom’s XGtd® software is a high frequency solver capable of calculating the radar cross section of electrically large objects. In this paper, interference from wind turbines is predicted using XGtd simulations and new post-processing algorithms that calculate Doppler shift quantities based on points of interaction with the rotating turbine blades. Results of the analysis are used to calculate the bistatic radar cross section and Doppler shift from two blade orientations. In addition, the time-varying monostatic radar cross section and Doppler shift for a single wind turbine are analyzed and shown to agree well with measured data from actual wind turbines. By R. Ryan Ohs, Gregory J. Skidmore, and Dr. Gary Bedrosian, Remcom, Inc.
  5. Modeling The Effects Of Wind Turbines On Radar Returns
    12/6/2010
    Wind turbines located near radar installations can significantly interfere with a radar’s ability to detect its intended targets. In order to better understand and mitigate the adverse effects of wind turbines on radar, the government and wind farm community need tools that can be used to analyze the radar returns from wind turbines. Remcom’s XGtd® software is a high frequency solver capable of calculating the radar cross section of electrically large objects. In this paper, interference from wind turbines is predicted using XGtd simulations and new post-processing algorithms that calculate Doppler shift quantities based on points of interaction with the rotating turbine blades. Results of the analysis are used to calculate the bistatic radar cross section and Doppler shift from two blade orientations. In addition, the time-varying monostatic radar cross section and Doppler shift for a single wind turbine are analyzed and shown to agree well with measured data from actual wind turbines. By R. Ryan Ohs, Gregory J. Skidmore, and Dr. Gary Bedrosian, Remcom, Inc.
  6. Case Study: WiFi Antenna In Free Space And Subsequent Placement In Netbook
    8/17/2010

    By Remcom, Inc. Accurate results are easily obtained after generating a WiFi antenna using the sketching tools in Remcom's XFdtd Release 7. However, when the antenna design is placed in the realistic operating environment of a netbook computer, it must be tuned for optimal performance.

  7. Case Study: WiFi Antenna In Free Space And Subsequent Placement In Netbook
    8/17/2010
    Accurate results are easily obtained after generating a WiFi antenna using the sketching tools in Remcom’s XFdtd Release 7. However, when the antenna design is placed in the realistic operating environment of a netbook computer, it must be tuned for optimal performance.