Add to ORKGThis paper discusses the isolation performance of a laminated rubber-metal spring. A multi-degree-of-freedom-system model using mass-damper-spring components is developed to calculate its transmissibility due to only axial vibration in the spring. The results show the embedded layers of metal plate can improve the transmissibility at high frequency
SUMMARY In the present paper, the dynamic behavior of a rolling isolation device composed of cylinde...
This paper presents the modeling of multi-degree-of-freedom on laminated rubber-metal spring in axia...
Vibration is a factor that must be controlled during the manufacturing process; variation in workpie...
This paper discusses the isolation performance of a laminated rubber-metal spring. A multi-degree-of...
This paper discusses the isolation performance of a laminated rubber-metal spring. A multi-degree-of...
This paper presents a study of predicted transmissibility of an experimental approach for a laminate...
This paper presents a study of predicted transmissibility of an experimental approach fo...
The laminated rubber-metal spring is well known in application as the vibration isolator for earth...
This paper presents the analysis of parameter assessment on laminated rubber-metal spring (LR-MS) fo...
AbstractThis paper presents the sustainable of laminated rubber-metal spring (LR-MS) in transverse v...
The technology of base isolating a structure using laminated rubber bearings to protect the structur...
The laminated rubber-metal spring has been widely applied for earthquake vibration isolation whic...
This paper represents the basic and circular vibration isolator in High Frequencies using Malaysian ...
This paper represents the basic and circular vibration isolator in High Frequencies using Malaysian ...
Vulnerability in base isolation system of civil structures originated from passive nature of the rub...
SUMMARY In the present paper, the dynamic behavior of a rolling isolation device composed of cylinde...
This paper presents the modeling of multi-degree-of-freedom on laminated rubber-metal spring in axia...
Vibration is a factor that must be controlled during the manufacturing process; variation in workpie...
This paper discusses the isolation performance of a laminated rubber-metal spring. A multi-degree-of...
This paper discusses the isolation performance of a laminated rubber-metal spring. A multi-degree-of...
This paper presents a study of predicted transmissibility of an experimental approach for a laminate...
This paper presents a study of predicted transmissibility of an experimental approach fo...
The laminated rubber-metal spring is well known in application as the vibration isolator for earth...
This paper presents the analysis of parameter assessment on laminated rubber-metal spring (LR-MS) fo...
AbstractThis paper presents the sustainable of laminated rubber-metal spring (LR-MS) in transverse v...
The technology of base isolating a structure using laminated rubber bearings to protect the structur...
The laminated rubber-metal spring has been widely applied for earthquake vibration isolation whic...
This paper represents the basic and circular vibration isolator in High Frequencies using Malaysian ...
This paper represents the basic and circular vibration isolator in High Frequencies using Malaysian ...
Vulnerability in base isolation system of civil structures originated from passive nature of the rub...
SUMMARY In the present paper, the dynamic behavior of a rolling isolation device composed of cylinde...
This paper presents the modeling of multi-degree-of-freedom on laminated rubber-metal spring in axia...
Vibration is a factor that must be controlled during the manufacturing process; variation in workpie...