Add to ORKGWe develop an analytic model to describe the motion of the RotoTranslational Torsion Pendulum PETER in a wide range of frequencies (from 1mHz up to 10-15Hz). We also try to explain some unexpected features we found in the data with only 1 soft degree of freedom and we estimate values for the misalignment angles and other parameters of the model
Abstract In this paper, a pendulum model is represented by a mechanical system that consists of a si...
Most of the tools used in the analysis of vibro-acoustic systems are based on the manipulation of fr...
Bowing a string with a non-zero radius exerts a torque, which excites torsional waves. In general, t...
We develop an analytic model to describe the motion of the RotoTranslational Torsion Pendulum PETER ...
We present an analysis of the motion of a simple torsion pendulum and we describe how, with straight...
We present a dynamical model for the double torsion pendulum nicknamed ‘PETER’, where one torsion pe...
We present a dynamical model for the double torsion pendulum nicknamed ‘‘PETER,’’ where one torsion ...
The purpose of this paper is to investigate a double torsion pendulum with planar frictional contact...
The purpose of this paper is to investigate a double torsion pendulum with planar frictional contact...
In this paper is analyzed the phenomenon vibration of shaft rotation which in fact creates dynamic p...
A comprehensive dynamic study on a distributed parameter model of a straight uniform rotating shaft ...
Rotational receptances can perform an important role when predicting the dynamic behaviour both in t...
The torsional vibration of rotating shafts contributes significantly to machinery vibration and nois...
The objective of this project is to derive and solve the equation of motion for a pendulum swinging ...
In the article the problems related to the dynamics of a mechanic system on misalignment of shafts i...
Abstract In this paper, a pendulum model is represented by a mechanical system that consists of a si...
Most of the tools used in the analysis of vibro-acoustic systems are based on the manipulation of fr...
Bowing a string with a non-zero radius exerts a torque, which excites torsional waves. In general, t...
We develop an analytic model to describe the motion of the RotoTranslational Torsion Pendulum PETER ...
We present an analysis of the motion of a simple torsion pendulum and we describe how, with straight...
We present a dynamical model for the double torsion pendulum nicknamed ‘PETER’, where one torsion pe...
We present a dynamical model for the double torsion pendulum nicknamed ‘‘PETER,’’ where one torsion ...
The purpose of this paper is to investigate a double torsion pendulum with planar frictional contact...
The purpose of this paper is to investigate a double torsion pendulum with planar frictional contact...
In this paper is analyzed the phenomenon vibration of shaft rotation which in fact creates dynamic p...
A comprehensive dynamic study on a distributed parameter model of a straight uniform rotating shaft ...
Rotational receptances can perform an important role when predicting the dynamic behaviour both in t...
The torsional vibration of rotating shafts contributes significantly to machinery vibration and nois...
The objective of this project is to derive and solve the equation of motion for a pendulum swinging ...
In the article the problems related to the dynamics of a mechanic system on misalignment of shafts i...
Abstract In this paper, a pendulum model is represented by a mechanical system that consists of a si...
Most of the tools used in the analysis of vibro-acoustic systems are based on the manipulation of fr...
Bowing a string with a non-zero radius exerts a torque, which excites torsional waves. In general, t...