LecturePg. 119-128A six stage mechanical drive steam turbine rated at 13,300 hp was installed at a petroleum facility in Texas to drive a multistage centrifugal compressor used in recycle gas service on a high pressure hydrogen cracker. Since its installation, there has been a failure of either the fifth or sixth stage blades at intervals of 18 months to two years. The blades failed due to high cycle fatigue initiating in the dovetail root attachment. To alleviate this problem, wider, more robust blades with improved aerodynamics were designed, which include Z-shrouds and a new root dovetail attachment with a lower stress concentration
LecturePg. 77-84The losses in turbine performance due to excessive leakages in the labyrinth seals c...
LecturePg. 31-44The disks and shafts of large steam turbines are subject to cracking from a variety ...
TutorialTutorial 9: Changing markets, industry demands for increased efficiency and long term operat...
LecturePg. 123-132Two similar large steam turbines in an ethylene plant are profiled. One drives the...
LecturePg. 75-83.Steam turbines employed as mechanical drivers require special design features. The ...
LecturePg. 95-110A case study of a remanufacture of a steam turbine is presented. The turbine has be...
LecturePg. 45-50The solution to a chronic utility problem, with a critical natural gas compression u...
LecturePg. 93-100Current design technology applied to existing rotating equipment can produce signif...
LecturePg. 39-44A case study of the redesign of a syngas compressor drive turbine is presented. The ...
LecturePg. 25-38This paper presents some recent technical innovations to improve mechanical drive st...
LecturePg. 145-154The new design technology of the mechanical drive steam turbines used in the chemi...
LecturePg. 57-68The repair of a turbine-compressor-expander to improve its mechanical reliability is...
LecturePg. 51-62The design premise in upgrading two operating plants for more compression capability...
LecturePg. 81-96The catastrophic failure of a high pressure centrifugal air compressor utilizing air...
LecturePg. 107-114The case history is presented of a large steam turbine that experienced blade dama...
LecturePg. 77-84The losses in turbine performance due to excessive leakages in the labyrinth seals c...
LecturePg. 31-44The disks and shafts of large steam turbines are subject to cracking from a variety ...
TutorialTutorial 9: Changing markets, industry demands for increased efficiency and long term operat...
LecturePg. 123-132Two similar large steam turbines in an ethylene plant are profiled. One drives the...
LecturePg. 75-83.Steam turbines employed as mechanical drivers require special design features. The ...
LecturePg. 95-110A case study of a remanufacture of a steam turbine is presented. The turbine has be...
LecturePg. 45-50The solution to a chronic utility problem, with a critical natural gas compression u...
LecturePg. 93-100Current design technology applied to existing rotating equipment can produce signif...
LecturePg. 39-44A case study of the redesign of a syngas compressor drive turbine is presented. The ...
LecturePg. 25-38This paper presents some recent technical innovations to improve mechanical drive st...
LecturePg. 145-154The new design technology of the mechanical drive steam turbines used in the chemi...
LecturePg. 57-68The repair of a turbine-compressor-expander to improve its mechanical reliability is...
LecturePg. 51-62The design premise in upgrading two operating plants for more compression capability...
LecturePg. 81-96The catastrophic failure of a high pressure centrifugal air compressor utilizing air...
LecturePg. 107-114The case history is presented of a large steam turbine that experienced blade dama...
LecturePg. 77-84The losses in turbine performance due to excessive leakages in the labyrinth seals c...
LecturePg. 31-44The disks and shafts of large steam turbines are subject to cracking from a variety ...
TutorialTutorial 9: Changing markets, industry demands for increased efficiency and long term operat...