Main test parameters.

Main test parameters.

<div><p>Conjugate heat transfer analysis plays an important role in the design of heavily cooled gas turbine vane or blade. In this study, the aerodynamic and heat transfer performance of the E3 engine nozzle guide vane is investigated through conjugate heat transfer analysis using ANSYS...

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Bibliographic Details
Main Author: Decang Lou (21439960) (author)
Other Authors: Mengjun Wang (243312) (author), Along Chen (7449575) (author), Jun Zeng (403080) (author), Shuai Zhang (115662) (author), Xiaoyang Huang (4382671) (author)
Published: 2025
Subjects:
Biophysics
Medicine
Microbiology
Cell Biology
Biotechnology
Sociology
Cancer
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
Chemical Sciences not elsewhere classified
30 &# 8201
heat transfer performance
coolant inlet pressure
film coverage along
10 &# 8201
cooling test data
coolant flow parameters
stagnation point increasing
conducted considering main
5 &# 8201
surface temperature distribution
simulated surface temperature
stream aerodynamic performance
cooling performance
coolant flowing
edge film
aerodynamic parameters
10 kpa
cooling holes
temperature near
uncertainty analysis
turbulence intensity
stream increased
significant deviation
results reveal
manufacturing discrepancies
large deviation
important role
20 %,
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