In this paper the effect of periodic noise traveling into a rectangular enclosure is simulated using finite element technique using COMSOL Multiphysics software. The acoustic wave which is generated by a point source outside an enclosure propagates through the enclosure wall and excites the flexible panel which is mounted on the enclosure. The behavior of transmission of sound into the cavity is investigated by computing the modal characteristics of the cavity. Base on the model proposed, simulation part is conducted to examine the natural frequency response of system as well as to compute the distortion effect of the structure response and the acoustic pressure observed within the enclosure. The simulation results were compared with previo...
This work presents the development of finite element methods, efficient solution algorithms and appl...
An analytical model based on Statistical Energy Analysis was developed for predicting the vibration ...
The interaction between the sound field in an enclosure and its flexible panel is a critical problem...
In this paper the effect of periodic noise traveling into a rectangular enclosure is simulated using...
This paper is concerned with the evaluation and analysis of the pressure field around the observer p...
Rectangular box-like structures are used widely in a large number of engineering applications, e.g. ...
Rectangular box-like structures are used widely in a large number of engineering applications, e.g. ...
Fluid–structure interactions (FSI) can significantly affect flow and the acoustic field generated by...
사각형 공간의 고유 진동수 및 음향 모우드 해석을 위하여, 20절점의 등계수 육면체 요소를 이용한 유한요소 프로그램을 개발하고, 그 정확성을 확인하고자 직육면체 방에 적용하여 이론...
Low frequency noise has detrimental effects on human’s physiology and psychology. To reduce low freq...
This thesis investigates structure-acoustic systems by use of finite element analysis. The systems s...
Numerical models for the calculation of sound transmission in double walls are presented. The finite...
Previous work on modelling acoustic transmission through the walls of rectangular ducts has left som...
This research is to analyze the factors that cause the distortion of the sound and to make the sound...
Numerical investigation of structure-borne interior noise in flexible rectangular boxe
This work presents the development of finite element methods, efficient solution algorithms and appl...
An analytical model based on Statistical Energy Analysis was developed for predicting the vibration ...
The interaction between the sound field in an enclosure and its flexible panel is a critical problem...
In this paper the effect of periodic noise traveling into a rectangular enclosure is simulated using...
This paper is concerned with the evaluation and analysis of the pressure field around the observer p...
Rectangular box-like structures are used widely in a large number of engineering applications, e.g. ...
Rectangular box-like structures are used widely in a large number of engineering applications, e.g. ...
Fluid–structure interactions (FSI) can significantly affect flow and the acoustic field generated by...
사각형 공간의 고유 진동수 및 음향 모우드 해석을 위하여, 20절점의 등계수 육면체 요소를 이용한 유한요소 프로그램을 개발하고, 그 정확성을 확인하고자 직육면체 방에 적용하여 이론...
Low frequency noise has detrimental effects on human’s physiology and psychology. To reduce low freq...
This thesis investigates structure-acoustic systems by use of finite element analysis. The systems s...
Numerical models for the calculation of sound transmission in double walls are presented. The finite...
Previous work on modelling acoustic transmission through the walls of rectangular ducts has left som...
This research is to analyze the factors that cause the distortion of the sound and to make the sound...
Numerical investigation of structure-borne interior noise in flexible rectangular boxe
This work presents the development of finite element methods, efficient solution algorithms and appl...
An analytical model based on Statistical Energy Analysis was developed for predicting the vibration ...
The interaction between the sound field in an enclosure and its flexible panel is a critical problem...