Hexahedral meshing is based on dividing the structure into smaller hexahedrons to discretize the problem into small segments where Maxwell's equations can be solved

In CST Studio, this type o...

For computational calculation-based problems, such as electromagnetic simulations, it's essential to have the right tools to solve the equations relevant to each specific case. In the realm of elec...

Among the many technologies employed in radiofrequency systems, printed circuits are one of the most widely used due to their versatility and cost-effectiveness. The increasing frequency and comple...

The Use of Numerical Computing Tools in Resolving Specific Problems, such as Maxwell's Equations in Electromagnetic Environments, is Due to the Impossibility of Finding Analytical Solutions for the...

When we encounter scenarios that require electromagnetic simulation to solve a problem, we may come across design challenges for small antennas or RF components that can be resolved using a Frequen...

When we encounter problems with extremely large dimensions (>1000 times the wavelength) and our study objective is not focused on designing a radiating electromagnetic structure, such as an antenna...

When we analyze the most commonly used electromagnetic simulation methods (time domain and frequency domain solvers), we find that in both cases, the demand for simulation resources increases as th...

In the 1960s, the first concepts and numerical analysis techniques emerged to solve various types of complex problems, including the resolution of Maxwell's equations, with a focus on electromagnet...

CST Studio offers a wide variety of solvers that enable us to address numerical analysis of various problems. Choosing the right solver can have a significant impact on both the results obtained an...