The IMAT/IFHTSE show in Cleveland, Ohio (September 30 – October 3, 2024) has wrapped up, and it was refreshing to see how induction heat treatment is evolving from a materials perspective. It’s been seven years since CENOS™ Simulation Software’s first show at Heat Treat in Columbus, Ohio, in 2017, and being back in Ohio felt […]
In this case study, we will explore the challenges of electromagnetic melting and stirring of liquid metals in induction channel furnaces. We present a solution through advanced simulation and conclude with the critical results engineers can achieve using such simulation tools. What is the challenge? When dealing with industrial applications of induction channel furnaces for […]
Stepping into Shanghai for the Tube & Wire Thermprocess show (September 25-28, 2024), we were immediately surprised by the energy of the Chinese market. It’s one thing to read about China’s rapid growth, but experiencing it firsthand is something else entirely. We’re happy that CENOS™ Simulation Software was partnering with our long-term friends at Himmelwerk […]
In Ettenheim, Germany, COBES (COBES GmbH Induktionserwärmung) is a small company that makes induction heating systems. They have over 30 years of experience, but they still face a big problem: new customers need to be convinced of their reliability. Cay-Oliver Bartsch, the owner and director of COBES, knew they needed a better way to show […]
Simulation is a powerful tool for engineers working in the field of Electromagnetic stirring, melting, and pumping of liquid metals. It provides essential data on how electromagnetic fields interact with molten metals, enabling the design of more efficient furnaces, better control of the melting process, and ultimately higher-quality metal products. In this case study we […]
In Remscheid, Germany, the team at SMS Elotherm needed to design inductors for hardening processes that met precise customer requirements. Judith Levermann, a process development engineer at SMS Elotherm, was designing inductors for new hardening cases that typically requires multiple lab trials and prototypes. This process is time-consuming and expensive. Judith and her team needed […]
When designing antennas for different devices, one of the critical steps is the placement studies. These studies involve simulating the antenna together with the device casing and its other internal components. Proper placement studies are important for making sure an optimal performance and efficiency of the antenna. Let’s take a closer look into these studies, […]
In this case study, we will explore the challenges of electromagnetic melting and stirring of liquid metals in induction channel furnaces. We present a solution through advanced simulation and conclude with the critical results engineers can achieve using such simulation tools. What is the challenge? When dealing with industrial applications of induction channel furnaces for […]
The engineers at GH Induction Group faced a challenge to design and produce induction coils faster and more efficiently. Juan Carlos Rodriguez Lara, an application and process manager at GH Electrotermia, led this project. The team needed a way to speed up their work without losing quality. The Problem: GH Induction Group often had to […]
Designing antennas for electronic devices such as smartphones, smartwatches, and earplugs involves dealing with challenging factors to result with optimal performance. One of the challenges in this process is the impact of the human body on antenna performance. In this article we want to explore how the human body interferes with device functionality and share […]
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