myCADFEM Calendar Webinars eCADFEM eLearning Technical support PRODUCTS SOLUTIONS SERVICES KNOWLEDGE NEWS ABOUT COMPANY Electromagnetism (HF) September 15, 2020 Updates in Ansys HFSS 2020 R2 This webinar provides an overview of the key enhancements and new features introduced in Ansys HFSS 2020 R2. These include new possibilities for modeling antenna arrays designed for operation in 5G networks, new types of boundary conditions, expanding the capabilities of existing computational methods and post-processing of calculation results. Read September 15, 2020 Updates in Ansys Icepak 2020 R2 This webinar is dedicated to major updates and improvements to Ansys Icepak 2020 R2, a dedicated software product from ANSYS, Inc. to assess the thermal state of various electronic devices. In the classic Ansys Icepak, the main improvement is the ability to import a model of printed circuit boards from Ansys Sherlock, in AEDT Icepak - the addition of a new thermal-mechanical calculation and the ability to dynamically control temperature. Read September 14, 2020 Thermal design of a transformer taking into account electromagnetic losses in AEDT Icepak The specialists of KADFEM CS will tell you how to use AEDT Icepak to carry out a thermal calculation of a transformer taking into account the electromagnetic losses previously calculated by AEDT Maxwell. During the webinar, the main steps of importing electromagnetic losses and preparing a model for thermal calculation in AEDT Icepak will be demonstrated. Read September 14, 2020 Using the CMA solution type to solve antenna problems in Ansys HFSS Characteristic Mode Analysis (CMA) is a numerical technique based on the method of moments to obtain a set of distributions of characteristic currents (modes) of an arbitrary conducting surface. It allows you to obtain the resonance characteristics of an object of arbitrary shape. Within the framework of the webinar, KADFEM CS specialists will tell you in detail about the use of the characteristic mode method in Ansys HFSS. 31 августа, 2020 Моделирование ЭПР усеченного конуса методом SBR в Ansys HFSS Вебинар посвящен решению практической задачи электродинамического моделирования ЭПР (эффективной поверхности рассеяния) металлического усеченного конуса в Ansys HFSS с использованием высокоточного асимптотического метода SBR+. В результате численного расчета получены графики моностатического ЭПР. 15 июня, 2020 Применение макроса Debug Divergence в Ansys Icepak Вебинар посвящен демонстрации работы макроса Debug Divergence, используемого при тепловом расчете электронных устройств в Ansys Icepak для диагностики качества расчетной сетки и выявления других причин расхождения расчета. Макрос Debug Divergence в Ansys Icepak позволяет значительно сократить время на исправления ошибок и достижения сходимости расчета. Связанные материалы By continuing to use our site, you consent to the processing of cookies, which ensure the correct operation of the site. By clicking “Accept”, you agree to our use of such tools for advertising, analytics and support. Accept