Shooting Bouncing Ray Method Is At Solver's Roots

DARMSTADT, GERMANYCST Microwave Studio (CST MWS) now incorporates an asymptotic solver that is based on the Shooting Bouncing Ray methodan extension to physical optics. The integration of CST Microstripes into the CST Studio Suite should facilitate access to features that are particularly valuable in EMC simulations, such as compact models and Octree meshing, within the design environment. The software is capable of tackling simulations covering thousands of wavelengths, as might be done in radarcross-section (RCS) analysis.

CST MWS' frequency-domain solver features the firm's new sensitivity analysis approach. After the introduction of true geometry adaptation with version 2009, the inclusion of third- and mixed-order elements should enable further increases in simulation efficiency and speed. In addition, the CST MWS time-domain solver includes functional enhancements, such as arbitrary-order dispersive material modeling and domain decomposition for cluster computing (also in combination with GPU computing).

Please or Register to post comments.

Newsletter Signup

Webcasts

GaN Roundtable: The State of GaN Reliability Today

Wednesday, April 3rd, 2013, 2:00 pm ET. Gallium nitride (GaN) has come a long way over the past few years in terms of affordability, industry acceptance and, in particular, reliability. In this webcast roundtable, a panel of expert speakers will assess the current state of GaN reliability, along with offering predictions for its future.

Click here to register!

Whitepapers

New App Note: Best Practices for Making the Most Accurate Radar Pulse Measurements
Sponsored by Agilent Technologies
Download this app note

Agilent Technologies Complex Modulation Generation with Low Cost Arbitrary Waveform Generators - Agilent's Trueform Architecture for Wireless Applications
Sponsored by Agilent Technologies
Download this white paper

Browse more white papers from Microwaves and RF

Connect With Us