COMPARATIVE ANALYSIS OF AUTOMATED AND NON-AUTOMATED PRODUCTION OF TURBINE BLADES
Authors:
Type:
Article
Pages:
from 25
to 31
Status:
Published
Received:
14.11.2016
Accepted:
14.11.2016
Published:
14.11.2016
Language:
Russian, English
Keywords:
turbine blades, automated techniques, automation principles, automated production efficiency.
Abstract (English):
Existing production of turbine blades is arranged on the principle “one machine – one part – one product”. This concept does not meet the requirements of today to ensure the required “price – quality” ratio of the product. The only solution to improve the efficient production to process turbine blades on the base of multifunctional machining centers allows increasing efficiency of turbine blade manufacture, and provides advantages to manufacturers of GTE on the gas turbine markets. Automated production of the turbine blades developed by NPO “Saturn” has greatly enhanced the quality of GTE blade wheel manufacture and reduced the cost of their production.
Existing production of turbine blades is arranged on the principle “one machine – one part – one product”. This concept does not meet the requirements of today to ensure the required “price – quality” ratio of the product. The only solution to improve the efficient production to process turbine blades on the base of multifunctional machining centers allows increasing efficiency of turbine blade manufacture, and provides advantages to manufacturers of GTE on the gas turbine markets. Automated production of the turbine blades developed by NPO “Saturn” has greatly enhanced the quality of GTE blade wheel manufacture and reduced the cost of their production.
Keywords:
turbine blades, automated techniques, automation principles, automated production efficiency.
turbine blades, automated techniques, automation principles, automated production efficiency.
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2. Makarov V.F., Nikitin S.P., Norin A.O. Quality and productivity increase at profile creep feed grinding of turbine blades // Science intensive technologies in mechanical engineering. - 2016. - №5(59). - рр. 17- 23.
