To facilitate future development of the cooled gas‐turbine, more test information is needed on the effectiveness of cooling in an actual turbine operating at high gas‐temperatures. Part I of this paper deals with some design aspects of a single‐stage experimental turbine built to enable an experimental investigation to be carried out on the air cooling of nozzles and blades. The turbine, built for operation at high gas‐temperatures, was fitted with internally air‐cooled blades having a large number of small cooling passages running the whole length of the blades. A description is given of the pressed powder technique used to introduce the small passages in blocks of heat‐resisting material from which the blades could be machined. Mention is made of some of the difficulties encountered in this method of manufacture and also of the need for careful consideration of suitable methods of disposal of the cooling air when internally cooled nozzles and blades of this form are used.
Article navigation
Review Article|
August 01 1953
An Experimental Single‐stage Air‐cooled Turbine: A Paper read to the Institution of Mechanical Engineers Part I: Design of the Turbine and Manufacture of some Experimental Internally Cooled Nozzles and Blades
J. Reeman, B.Sc., A.M.I.Mech.E.;
J. Reeman, B.Sc., A.M.I.Mech.E.
Search for other works by this author on:
Publisher: Emerald Publishing
Online ISSN: 2059-9366
Print ISSN: 0002-2667
© MCB UP Limited
1953
Aircraft Engineering (1953) 25 (8): 227–235.
Citation
Reeman J, Buswell R (1953), "An Experimental Single‐stage Air‐cooled Turbine: A Paper read to the Institution of Mechanical Engineers Part I: Design of the Turbine and Manufacture of some Experimental Internally Cooled Nozzles and Blades". Aircraft Engineering, Vol. 25 No. 8 pp. 227–235, doi: https://doi.org/10.1108/eb032323
Download citation file:
148
Views
New and popular articles
Suggested Reading
Effects of film cooling holes on vibration characteristics of aeroengine turbine blades
International Journal of Structural Integrity (August,2023)
Month in the Patent Office
Aircraft Engineering (November,1950)
Micro particle inertial separation mechanism of turbine blade dirt purge holes
Multidiscipline Modeling in Materials and Structures (January,2026)
Thermal Shock Tests on Gas Turbine Materials: A Study of the Effects of Severe Temperature Fluctuations on Rotor Blades and Nozzle Segments
Aircraft Engineering (February,1952)
A phenomenological bubble number density model developed for simulation of cavitating flows inside high-pressure diesel injection nozzles
International Journal of Numerical Methods for Heat & Fluid Flow (October,2013)
Related Chapters
21. A reconsideration of wetness loss in LP steam turbines
Technology of turbine plant operating with wet steam
RNL NDT STUDIES RELATED TO PWR PRESSURE VESSEL INLET NOZZLE INSPECTION
3rd Conference on nuclear reactor inspection
Current status of the separation nozzle technology
URANIUM ISOTOPE SEPARATION
Recommended for you
These recommendations are informed by your reading behaviors and indicated interests.
