LecturePg. 97-104Coupling balance is important to vibration free operation of turbomachinery. Understanding how and what in a coupling affects vibration is the purpose of this paper. Discussed are the basics of balancing, why a coupling is balanced, what contributes to unbalance in a coupling, how to bring a coupling into balance, when to balance a coupling and to what level, coupling balance limits, the arbitrary balance criteria, and the various types of coupling balance
This lecture presents a high-level overview of 50 years evolution of vibration phenomena in highperf...
Tutorialpg. 147-150The details of shop balancing flexible shaft rotors are discussed with an explana...
Technological progress requires higher-speed units that caused the increasing dynamic loads and thei...
LecturePg. 97-104Coupling balance is important to vibration free operation of turbomachinery. Unders...
LecturePg. 129-143From time to time vibration probes pick up high vibration at the coupling location...
PaperPg. 111-116.Misalignment of machinery shafts causes reaction forces to be generated in the coup...
Tutorialpg. 141-164Flexible couplings are too often thought of as a piece of hardware rather than a ...
LecturePg. 83-96Gear couplings can produce large static forces and moments that can affect the vibra...
Short CoursesThis course covers the design and application of high performance couplings and rotatin...
Unbalance is the most common source of vibration in machines with rotating parts. Unbalance in rotor...
PaperPg. 113-129.Rotor unbalance remains one of the leading causes of deterioration and vibration of...
TutorialPg. 133-148.In this paper, we will consider only the problem of synchronous rotor response d...
PaperPg. 151-183.Unbalance has been found to be one of the most common causes of machinery vibration...
Technical BriefsWhen unbalance induced vibrations exceed allowable limits, a more accurate system ba...
An unbalance is the most common issue affecting the turbomachinery rotors. A machine operation at hi...
This lecture presents a high-level overview of 50 years evolution of vibration phenomena in highperf...
Tutorialpg. 147-150The details of shop balancing flexible shaft rotors are discussed with an explana...
Technological progress requires higher-speed units that caused the increasing dynamic loads and thei...
LecturePg. 97-104Coupling balance is important to vibration free operation of turbomachinery. Unders...
LecturePg. 129-143From time to time vibration probes pick up high vibration at the coupling location...
PaperPg. 111-116.Misalignment of machinery shafts causes reaction forces to be generated in the coup...
Tutorialpg. 141-164Flexible couplings are too often thought of as a piece of hardware rather than a ...
LecturePg. 83-96Gear couplings can produce large static forces and moments that can affect the vibra...
Short CoursesThis course covers the design and application of high performance couplings and rotatin...
Unbalance is the most common source of vibration in machines with rotating parts. Unbalance in rotor...
PaperPg. 113-129.Rotor unbalance remains one of the leading causes of deterioration and vibration of...
TutorialPg. 133-148.In this paper, we will consider only the problem of synchronous rotor response d...
PaperPg. 151-183.Unbalance has been found to be one of the most common causes of machinery vibration...
Technical BriefsWhen unbalance induced vibrations exceed allowable limits, a more accurate system ba...
An unbalance is the most common issue affecting the turbomachinery rotors. A machine operation at hi...
This lecture presents a high-level overview of 50 years evolution of vibration phenomena in highperf...
Tutorialpg. 147-150The details of shop balancing flexible shaft rotors are discussed with an explana...
Technological progress requires higher-speed units that caused the increasing dynamic loads and thei...