This chapter deals with the basics of vibration calculations in electrical machines. It includes a brief introduction to the sources of vibration in electrical machines. In addition, the construction of electric machines is briefly summarized. It also describes the influence of individual parts of electric machines on vibration generation. The chapter also deals with the important steps that need to be taken when calculating vibration signal waveform using finite element method (Ansys). The individual sections summarize the most important requirements for setting the vibration calculation and it also deals with minimizing the calculation errors
This article proposes a data-driven structural modeling approach for electrical machine airborne vib...
The following Project is a brief study and introduction to the presence and effect of unwanted nois...
The main target of this master’s thesis is to focus on methods of analysis of vibration signals in e...
This paper provides e-machine designers a critical study on the vibration synthesis algorithm that c...
This thesis reports the development of a reliable method for the prediction of response to electroma...
Generator vibrations occur as a result of unbalanced revolving masses, loading forces and torques, s...
The aim of the research was to apply modalanalysis method to investigate the vibration processes of ...
Designing mechanical systems which are submitted to vibration requires calculation methods which are...
Master’s thesis deals with the influence simulated unbalance vibration level asynchronous motor. Fir...
Electrical machines are important devices that convert electric energy into mechanical work and are ...
The study presented here aims to analyze the phenomena of vibration and acoustic emission of static ...
La présence d’harmoniques de forces électromagnétiques dans les machines électriques est généralemen...
This paper proposes a data-driven structural modeling approach for electrical machine air-born vibra...
The acoustic behavior of electric drive systems is one of the main comfort criteria of electromobili...
This paper discusses the analysis of mechanical power flow in an electric motor drive operating unde...
This article proposes a data-driven structural modeling approach for electrical machine airborne vib...
The following Project is a brief study and introduction to the presence and effect of unwanted nois...
The main target of this master’s thesis is to focus on methods of analysis of vibration signals in e...
This paper provides e-machine designers a critical study on the vibration synthesis algorithm that c...
This thesis reports the development of a reliable method for the prediction of response to electroma...
Generator vibrations occur as a result of unbalanced revolving masses, loading forces and torques, s...
The aim of the research was to apply modalanalysis method to investigate the vibration processes of ...
Designing mechanical systems which are submitted to vibration requires calculation methods which are...
Master’s thesis deals with the influence simulated unbalance vibration level asynchronous motor. Fir...
Electrical machines are important devices that convert electric energy into mechanical work and are ...
The study presented here aims to analyze the phenomena of vibration and acoustic emission of static ...
La présence d’harmoniques de forces électromagnétiques dans les machines électriques est généralemen...
This paper proposes a data-driven structural modeling approach for electrical machine air-born vibra...
The acoustic behavior of electric drive systems is one of the main comfort criteria of electromobili...
This paper discusses the analysis of mechanical power flow in an electric motor drive operating unde...
This article proposes a data-driven structural modeling approach for electrical machine airborne vib...
The following Project is a brief study and introduction to the presence and effect of unwanted nois...
The main target of this master’s thesis is to focus on methods of analysis of vibration signals in e...