EMS Applications

Multi-physics modeling of MicroElectro-Mechanical-Systems using EMS for SOLIDWORKS

In this application note, a PM magnet axial flux generator is studied under load and no-load conditions. To perform this analysis we used EMS coupled with SOLIDWORKS Motion

Battery and electric motor are the main keys of any zero-gas emissions vehicle. Hence, engineers, researchers and labs are working to design and develop more reliable products that could meet any user requirements

The heat generated by the coil is one of the major design aspects of a DC linear actuator. In addition to significantly shortening the life expectancy of its mechanical components, the temperature changes can affect the actuator’s efficiency and repeatability.

Crosslinked Polyethylene (XLPE) is extensively used as an electrical insulating material in Power cables for underground distribution and subsea transmission. It is gradually replacing the typical low-density Polyethylene in such applications, because of its excellent insulation characteristics (high dielectric strength, low dielectric permittivity and loss factor) and its great mechanical and thermal stabilities. XLPE come to be used on a large-scale voltage transmission for more than 200kV.

This example shows the analysis study for a 6/4 switched reluctance motor, shown in Figure 1, using EMS inside Autodesk Inventor.

Induction heating process is widely used in a various industrial applications such as welding, forming, brazing, hardening and other non-contact heat treatment processes.

In this application note, two external magnetic gear systems with parallel axes will be studied [1],[2]. The analyzed magnetic gears are made of two different shapes: radial and parallelepiped permanent magnets.

A voice coil actuator is analyzed using EMS inside SOLIDWORKS. Static simulation are performed to calculate Lorentz force results versus different positions and current rates. Electromechanical simulation using EMS coupled to SOLIDWORKS Motion are both used to compute linear displacement, speed and acceleration,etc.

Lorentz force of a voice actuator is computed versus different voltage rates. Electrothermal simulation is use to calculate the temperature evolution caused by winding losses of the actuator.

A voice coil actuator, based on the Lorentz force concept, is a type of direct drive mechanism which delivers extremely precise positioning over small displacements. The voice coil is currently used for wide range of applications.

Eddy current coupler is a non-contact coupling system that works on the Eddy current principle, where a circular electrical current is induced within a conductor by a nearby varying magnetic field.

Linear actuators have many applications ranging from domestic to industrial. Their role consists of converting many forms of energy such as electrical energy, hydraulic energy etc to a mechanical linear motion.

Magnetic gears (MG) which achieve contactless power transmission are increasingly attracting the interest of industry. Traditional mechanical gears suffer from several weaknesses: friction losses, lubrication issues, heat, vibration and noise. Magnetic gears are therefore developed to overcome the issues accompanying the use of traditional mechanical ones.

Permanent Magnet couplings (or couplers) are used to transmit torque from a primary driver to a secondary follower without any mechanical contact. Many industrial applications are based on such transmission system that doesn`t need any external electrical circuit for motors and propellers. They are especially used for high security applications and in sealed equipment for transmissions through walls.

In this article, rotary eddy currents brakes (ECB) will be studied. Typical braking systems (hydraulic, pneumatic, mechanic) employed in most engines, are designed to slow or halt the motion of vehicle by converting kinematic energy to heat energy by friction.

NDT BROCHURE

Es wurde eine 3D-FEM-Simulation eines T-förmigen elektromagnetischen Aktuators durchgeführt, und die Ergebnisse werden in diesem Artikel erläutert

Magnetische Aktuatoren basieren auf einem elektromagnetischen Feld, um elektrische Energie in mechanische Energie umzuwandeln. Abhängig von der Art der erzeugten Bewegung; Bei elektromagnetischen Antrieben mit linearer oder rotatorischer Bewegung werden zwei Kategorien unterschieden: rotatorischer und linearer Antrieb.

Erneuerbare Energie, auch als grüne oder saubere Energie bekannt, wird aus natürlichen Prozessen gewonnen, die sich über kurze Zeiträume regenerieren und nicht erschöpft werden können.

Lineare elektromagnetische Aktuatoren mit Solenoidtyp sind in industriellen Anwendungen weit verbreitet. Sie sind Teil verschiedener elektromagnetischer Geräte, die auf unterschiedlichen Steuerungsmechanismen basieren.