Matvei Andreev is a master’s student at TU Berlin, Department of Aeronautics and Astronautics. He has been using CENOS Induction Heating simulation software since 2021, when Matvei was granted a free community license of the software under the academic program (use this link to apply for the free software for non-commercial research and study purposes). […]
Improved CAD support and flexibility, automatic CAD replacement, numerical meshing automation, and other bug improvements are all part of CENOS’ redesigned flagship app. We are announcing the debut of version 4.0 of one of our flagship apps, IH – induction heating, after a significant revamp. The application, which offers a high-quality simulation environment with simple […]
Just recently we received independent comparison results from Philip Catherwood, a PhD in wireless communications from Queen’s University Belfast. He’s always very interested in researching new technologies and comparing possible options for different software. We’re proud to share such a comparison from a real expert in this field. From this comparison, we can see how […]
We are proud to introduce a new Radio Frequency application designed to democratize engineering simulation for the SME sector. The new RF 2.0 radio frequency simulation software offers engineers working on radio frequency and antenna design projects an affordable price and a fast learning curve. Today, June 15, 2022, we are launching the new RF […]
Using CAD to simulate the conditions in which an antenna will be used allows the designer to obtain valuable data at low cost. In antenna design simulation the geometry of the model is of great importance since this will determine how accurate the results will be, the simulation time, as well as the difficulty of […]
There is a wide variety of antenna designs within the satellite communications field, one of the most popular is reflector antenna. CENOS Antenna Design software provides tools to simulate this type of antennas. A reflector antenna is made up of two main parts: a reflector and an active element called feed mechanism. Generally, the feed […]
Our Induction Heating simulation app engineer Malvine Nelda Strakova recently returned from UIE conference (Czech Republic, 27th August to 3rd September) which organised Ph.D school about optimization of electrothermal processes and where they also did experiments with levitation melting of aluminium (video below). The course was followed by the conference in which Malvine […]
Meshing is the process in which the surface of an object is divided into a large number of parts to correctly define the physical shape of that object. Mesh generation is one of the most important steps in any electromagnetic simulation since it represents the degree of approximation that the model has with reality. The […]
Heating by means of electromagnetic induction has become an increasingly more popular method for heating ferrous and nonferrous wire-type products. Applications for the cable and wire industry using induction heating provide reliable, repeatable, non-contact and energy-efficient heat in a minimal amount of time without flame. These applications range from structural ferrous and non-ferrous wires, copper […]
Nowadays, smart devices, as well as Internet of Things (IoT) applications, are becoming more and more common in people’s daily lives. These types of devices are generally connected to other devices or networks through different wireless protocols. where it is essential to have efficient antennas that adapt to different shapes. Microstrip antennas are small in […]
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