Skip to Content
Toggle navigation
Casa
Browse
Browse by Collection
Browse by Project Center
Browse Exhibits
About
About Us
Help
Accesso
Explore, Discover, Share
Partire
Advanced search
Ricerca
Cancellare i filtri
Filtro per:
Advisor
Evans, Simon
Cancella il filtro Advisor: Evans, Simon
Contributor
Olinger, David J.
Cancella il filtro Contributor: Olinger, David J.
1
-
2
di
2
Ordina per relevance
relevance
date uploaded ▼
date uploaded ▲
date modified ▼
date modified ▲
Risultati per pagina
10 per pagina
10
per pagina
20
per pagina
50
per pagina
100
per pagina
Visualizza i risultati come:
Lista
Galleria
Lavoro in corso
Slideshow
Download search results to .CSV file
Risultati della ricerca
Add to Category
Remove From Category
Vortex Generator Jet Flow Control in Highly Loaded Compressors
Parola chiave:
highly loaded blades
,
gas turbines
,
linear compressor cascade
,
active flow control
,
vortex generator jet
, and
passive flow control
Creatore:
Baiense, Jr., Joao C
Advisor:
Evans, Simon
Editore:
Worcester Polytechnic Institute
data di creazione:
2014-07-28
Resource Type:
Thesis
Degree:
MS
Unit (Department):
Mechanical Engineering
Inlet Vortex Formation Under Crosswind Conditions
Parola chiave:
FLUENT
,
engine
,
Circulation
,
Vortex
,
computational
,
fluid dynamics
,
CFD
,
Aerodynamics
,
inlet vortex
,
aircraft
,
inlet
,
formation
,
intake
, and
distortion
Creatore:
Horvath, Nathan Rosendo
Advisor:
Evans, Simon
Editore:
Worcester Polytechnic Institute
data di creazione:
2013-04-25
Resource Type:
Thesis
Degree:
MS
Unit (Department):
Mechanical Engineering
Toggle facets
Affina la ricerca
Collections
Masters Theses
2
Year
Year range begin
–
Year range end
Current results range from
2013
to
2014
View distribution
Creatore
Baiense, Jr., Joao C
1
Horvath, Nathan Rosendo
1
Advisor
Evans, Simon
[remove]
2
Contributor
Blandino, John J.
1
Evans, Simon W.
2
Gatsonis, Nikolaos A.
1
Olinger, David J.
[remove]
2
Potami, Raffaele
1
Unit (Department)
Mechanical Engineering
2
Editore
Worcester Polytechnic Institute
2
Tipo di risorsa
Thesis
2