
introduction-1
Explore toolbox operations in HFSS by drawing a line with coordinates, selecting and uniting multiple segments, and generating a two-dimensional surface from the resulting lines.
Create and position boxes with x and y coordinates, adjust dimensions, subtract, unite, and import or export geometry for modular hfss designs and future microwave antenna applications.
Design and simulate a microstrip patch antenna in hfss, using epoxy substrate, drawing the patch, applying boundary conditions, setting excitation, and running the solution center analysis to obtain results.
Design and simulate a rectangular waveguide WR90 in HFSS, define dimensions and target frequencies, assign perfect conductor boundaries, set materials and units correctly, and review the initial results.
Explore the pillbox cavity design in HFSS, examining z-axis electric fields and magnetic field patterns, and apply the vessel function-based frequency calculation to predict a 1.53 GHz mode.
Design a coaxial resonator in hfss by configuring two cylinders, applying copper boundaries, and analyzing the electric field distribution at 1.6 ghz to compare conductivities.
ANSYS/HFSS(High Frequency Sturucture Software)
HFSS is full-wave 3D which means it solves all of Maxwell's Equations. The limit on accuracy is basically dependent on the mesh size. HFSS is very good at extracting s-parameters and fields. Q3D is quasi-static 3D which means it dosesn't solve the time dependence piece of Maxwell's equations.
HFSS is common software for microwave and Rf applications. You will have a priority in the industry if you have knowledge and experience in HFSS in order to have a project in radar system, communication systems, wireless technology, GSM, GPS and defence industry, satellite communication, aircraft radars and space applications.
This course is for students who are willing to learn and pratice in microwave engineering. You will be able to design your own projects such as dipole antenna, patch antenna at the end of the course and you will be able to understand the basics and fundementals of microwave engineering and HFSS. At the end of the course, you are not just going to learn HFSS, you can also learn the other commercial electromagnetic simulation softwares because the idea of them are same.
It will be more easy for you , if you have worked with another CAD program.However,the course is starting from basic level. Therefore, there is no pre-requirement for the course.
After I publish the course on Udemy,I will be uploading new videos according to your request.