Add to ORKGResearch results and progress on the performance of bladed systems is reported the different topics discussed include: the study of turbine blade damping; forced vibrations of friction damped beam moistures in two dimensions; and a users manual for a computer program for dynamic analysis of bladed systems
This paper describes the testing, methodology, and results for estimating critical damping ratios of...
The trend towards “greener” turbomachines stands in direct conflict with mechanical integrity aspect...
Dry friction devices such as underplatform dampers are commonly included in turbine bladed disks des...
A lumped parameter method, implemented on a VAX 11/780 computer shows that the primary parameters af...
A test program has been conducted to measure the vibration damping of three designs of steam turbine...
The thesis project is directly concerned with safety and reliability as it addresses the problem of ...
The objective was to better understand the vibratory response of bladed disk assemblies that occur i...
The mechanical design of turbine blades aims at verifying the structural integrity against High Cycl...
Underplatform friction dampers are commonly used to control the vibration level of turbine blades in...
Predicting the damping associated with underplatform dampers remains a challenge in turbomachinery b...
Testing procedures which could be used to model test turbine blades are developed. The methods studi...
NASA and Pratt & Whitney will collaborate under a Space Act Agreement to perform spin testing of the...
The structural performance of 17 meter diameter wind turbine rotors is discussed. Test results for t...
This paper presents the first experimental-numerical comparison of a bladed system with 1 flexible ...
Although noninterference optical instrumentation has been previously used to monitor and measure rot...
This paper describes the testing, methodology, and results for estimating critical damping ratios of...
The trend towards “greener” turbomachines stands in direct conflict with mechanical integrity aspect...
Dry friction devices such as underplatform dampers are commonly included in turbine bladed disks des...
A lumped parameter method, implemented on a VAX 11/780 computer shows that the primary parameters af...
A test program has been conducted to measure the vibration damping of three designs of steam turbine...
The thesis project is directly concerned with safety and reliability as it addresses the problem of ...
The objective was to better understand the vibratory response of bladed disk assemblies that occur i...
The mechanical design of turbine blades aims at verifying the structural integrity against High Cycl...
Underplatform friction dampers are commonly used to control the vibration level of turbine blades in...
Predicting the damping associated with underplatform dampers remains a challenge in turbomachinery b...
Testing procedures which could be used to model test turbine blades are developed. The methods studi...
NASA and Pratt & Whitney will collaborate under a Space Act Agreement to perform spin testing of the...
The structural performance of 17 meter diameter wind turbine rotors is discussed. Test results for t...
This paper presents the first experimental-numerical comparison of a bladed system with 1 flexible ...
Although noninterference optical instrumentation has been previously used to monitor and measure rot...
This paper describes the testing, methodology, and results for estimating critical damping ratios of...
The trend towards “greener” turbomachines stands in direct conflict with mechanical integrity aspect...
Dry friction devices such as underplatform dampers are commonly included in turbine bladed disks des...