Progress on Turbine engine section.

1 files changed, 12 insertions, 24 deletions

diff --git a/dissertation_main.bbl b/dissertation_main.bbl
index 8cdfd83..8d78e22 100644
--- a/dissertation_main.bbl
+++ b/dissertation_main.bbl
@@ -5,49 +5,37 @@
   \href{http://www.ams.org/mathscinet-getitem?mr=#1}{#2}
 }
 \providecommand{\href}[2]{#2}
-\begin{thebibliography}{1}
+\begin{thebibliography}{10}
 \interlinepenalty=10000
 
 \bibitem{tp100technical}
-PBS Aerospace, \emph{Basic technical information turboprop engine tp100}, April
-  2015.
+PBS Aerospace, \emph{Basic technical information turboprop engine tp100}, April 2015.
 
 \bibitem{doi:10.2514/6.2018-4984}
-Cheryl~L. Bowman, Ty~V. Marien, and James~L. Felder, \emph{Turbo- and
-  hybrid-electrified aircraft propulsion for commercial transport}, 2018.
+Cheryl~L. Bowman, Ty~V. Marien, and James~L. Felder, \emph{Turbo- and hybrid-electrified aircraft propulsion for commercial transport}, 2018.
 
 \bibitem{TurboelectricAS}
-Johnathan Burgess, Timothy Runnels, Joshua Johnsen, Joshua Drake, and Kurt
-  Rouser, \emph{Experimental comparison of direct and active throttle control
-  of a 7 kw turboelectric power system for unmanned aircraft}, Applied Sciences
-  \textbf{11} (2021), no.~22.
+Johnathan Burgess, Timothy Runnels, Joshua Johnsen, Joshua Drake, and Kurt Rouser, \emph{Experimental comparison of direct and active throttle control of a 7 kw turboelectric power system for unmanned aircraft}, Applied Sciences \textbf{11} (2021), no.~22.
+
+\bibitem{faa_engines}
+FAA, \emph{Aircraft engines}, Federal Aviation Administration, 2024.
 
 \bibitem{nasa_prop_overview}
-Ralph Jansen, \emph{Overview of nasa electrified aircraft propulsion
-  activities}, NASA Glenn Research Center, 2017.
+Ralph Jansen, \emph{Overview of nasa electrified aircraft propulsion activities}, NASA Glenn Research Center, 2017.
 
 \bibitem{CessnaASME}
-Joshua Johnsen, Joshua Melvin, Joshua Drake, Muwanika Jdiobe, and Kurt Rouser,
-  \emph{Experimental evaluation of an electric powertrain designed for a 180-kw
-  turboelectric aircraft ground test rig}, Journal of Engineering for Gas
-  Turbines and Power \textbf{146} (2024).
+Joshua Johnsen, Joshua Melvin, Joshua Drake, Muwanika Jdiobe, and Kurt Rouser, \emph{Experimental evaluation of an electric powertrain designed for a 180-kw turboelectric aircraft ground test rig}, Journal of Engineering for Gas Turbines and Power \textbf{146} (2024).
 
 \bibitem{EoPGTR2}
-Jack Mattingly and Hans von Obain, \emph{Elements of propulsion: Gas turbines
-  and rockets 2nd edition}, AIAA, 2016.
+Jack Mattingly and Hans von Obain, \emph{Elements of propulsion: Gas turbines and rockets 2nd edition}, AIAA, 2016.
 
 \bibitem{MelvinThesis}
-Joshua Melvin, \emph{Integration and evaluation of a 180-kw turboprop engine
-  with a turboelectric ground test rig}, Master's thesis, OKLAHOMA STATE
-  UNIVERSITY, May 2021.
+Joshua Melvin, \emph{Integration and evaluation of a 180-kw turboprop engine with a turboelectric ground test rig}, Master's thesis, OKLAHOMA STATE UNIVERSITY, May 2021.
 
 \bibitem{nasa_turbojet}
 NASA, \emph{Turbojet engine}, NASA Glenn Research Center, 2017.
 
 \bibitem{hybrid_trends}
-Manuel Rendón, Carlos Sánchez, Josselyn Gallo~Muñoz, and Alexandre Anzai,
-  \emph{Aircraft hybrid-electric propulsion: Development trends, challenges and
-  opportunities (https://rdcu.be/cmg4u)}, Sba Controle \& Automação Sociedade
-  Brasileira de Automatica (2021).
+Manuel Rendón, Carlos Sánchez, Josselyn Gallo~Muñoz, and Alexandre Anzai, \emph{Aircraft hybrid-electric propulsion: Development trends, challenges and opportunities (https://rdcu.be/cmg4u)}, Sba Controle \& Automação Sociedade Brasileira de Automatica (2021).
 
 \end{thebibliography}