Add to ORKGThis project solves electric motor, which are used in specific drives. The aim is to show you the use of electric motor, then direct current motor, shielded pole motor and subsequent upgrade of direct current motor. I focused mainly on DC motors. I performed measurements on several motors APS Světlá nad Sázavou. Then I conducted a design to upgrade the wiper motor. I conducted innovation in the simulation program FEMM, where I was able to achieve a reduction motorcycle while maintaining performance. Benefit from the work of this enhancement is the possibility of small DC motors and possibility of subsequent cooperation with APS Světlá nad Sázavou
This paper is mainly devoted to the state-of-the-art and the trends in electrical motors for drives....
The drive to reduce greenhouse gas emissions through alternative energy resources has been one of th...
In the first part of the master’s thesis dealing with the increasing efficiency of induction motors ...
This work deals with innovation DC permanent magnet motor for low power. The work is divided into th...
This thesis deals with the innovation of DC motors with permanent magnets used in automotive technol...
Electric drives used in automotive industry are often based on standard DC motor as it is widely rec...
There are a lot of electric motors for different applications in a car. Some of the cars contain ove...
Direct Current (DC) motors are widely used because they come in many shapes and sizes, so their appl...
Electrical drives, nowadays, are quickly spreading in various emerging mechatronic applications, suc...
The master’s thesis introduces various types of electric motors. Overall, it is divided into 6 chapt...
This work deals with direct-current electric motor, type P2XR49, by firm ATAS elektromotory Nachod a...
The permanent magnet type DC motors are used in various applications as heater, wiper. DC motors are...
Technology for the axial gap motor was developed by DOE with an investment of approximately $15 mill...
The thesis aims to explain the design a prototype of an innovated small engine. It is divided into t...
In the project “Twin-drive range-extender (DE-REX)”, an innovative serial-parallel hybrid drive conc...
This paper is mainly devoted to the state-of-the-art and the trends in electrical motors for drives....
The drive to reduce greenhouse gas emissions through alternative energy resources has been one of th...
In the first part of the master’s thesis dealing with the increasing efficiency of induction motors ...
This work deals with innovation DC permanent magnet motor for low power. The work is divided into th...
This thesis deals with the innovation of DC motors with permanent magnets used in automotive technol...
Electric drives used in automotive industry are often based on standard DC motor as it is widely rec...
There are a lot of electric motors for different applications in a car. Some of the cars contain ove...
Direct Current (DC) motors are widely used because they come in many shapes and sizes, so their appl...
Electrical drives, nowadays, are quickly spreading in various emerging mechatronic applications, suc...
The master’s thesis introduces various types of electric motors. Overall, it is divided into 6 chapt...
This work deals with direct-current electric motor, type P2XR49, by firm ATAS elektromotory Nachod a...
The permanent magnet type DC motors are used in various applications as heater, wiper. DC motors are...
Technology for the axial gap motor was developed by DOE with an investment of approximately $15 mill...
The thesis aims to explain the design a prototype of an innovated small engine. It is divided into t...
In the project “Twin-drive range-extender (DE-REX)”, an innovative serial-parallel hybrid drive conc...
This paper is mainly devoted to the state-of-the-art and the trends in electrical motors for drives....
The drive to reduce greenhouse gas emissions through alternative energy resources has been one of th...
In the first part of the master’s thesis dealing with the increasing efficiency of induction motors ...
