Learn about the electromagnetic simulation of linear switched reluctance motors. Analyze magnetic flux density, inductance, and force profiles for precision in linear motion applications.

Learn how magnetic gears offer a frictionless, maintenance-free alternative to traditional gears, enhancing efficiency and reliability in the automotive and marine sectors.

Wondering how axial flux permanent magnet couplings enhance efficiency, reduce maintenance, and ensure silent operation in Contactless Power Transmission? Learn more about their unique benefits.

Understanding how eddy current brakes offer a wear-free, maintenance-low solution for high-speed applications, surpassing traditional brakes in efficiency and reliability.

NDT BROCHURE

Asking how T-shaped electromagnetic actuators perform in terms of magnetic force, flux density, and motion analysis in real-world applications. This application note is for you.

Discover how the latest DC contactor design offers superior energy efficiency and quieter operation, compared to traditional models.

Probe into the efficiency and benefits of Axial Flux Generators for renewable energy. Understand their role in advancing clean energy solutions.

Evaluate the important impact of ferrofluids on solenoid actuators. Learn how they boost efficiency, enhance performance, and reduce energy consumption in our latest insights.

Assess how Wireless Power Transfer (WPT) revolutionizes pacemaker battery charging, offering a seamless, efficient solution for patient care.

Study how electromagnetic simulations can enhance the design and safety of low-voltage busbars, ensuring optimal performance and reliability.

Review the precision of Eddy Current NDT Pulsed Thermography Simulation for detecting defects in materials. Unveil advanced simulation techniques for accurate NDT analysis.

Look into the impact of pot thickness on induction cooking efficiency using EMWorks simulation. Discover how optimizing thickness affects eddy loss distribution and thermal performance.

Examine how Multiphysics simulation provides accurate assessments and improvements for the design and efficiency of three-phase busbar systems in electrical installations.

Discover how micro-valveless pumps offer innovative solutions for drug delivery, potentially transforming the field with precise and efficient microfluidic systems.

Learn how high-frequency heating improves mold temperature control and reduces cooling times in injection molding processes.

Discover how electro-thermal simulations unveil insights into MEMS devices, focusing on V-beam actuators. Explore temperature distribution, displacement, and electric resistance for efficient MEMS design.

Discover the transformative potential of MMMS-based micro-actuators in elevating tactile experiences, exploring their innovative design and impact on haptic feedback.

Learn how magnetizers optimize induction heating processes, improve efficiency, and achieve precise temperature control. Comprehensive analysis and insights were provided.

Explore how electromagnetic simulation optimizes DC linear actuator design for efficiency and performance, covering 2D and 3D FEM solutions, and force computations.

Understand how different coil designs, including 3D and 2D configurations, influence the induction heating process of mold plates, offering insights into temperature distribution and heating efficiency.