Browsing Theses - Dept. of Ocean Engineering by Title
Research and Teaching Output of the MIT Community
- Home
- →
- MIT Libraries
- →
- MIT Theses
- →
- Theses - Dept. of Ocean Engineering
- →
- Browsing Theses - Dept. of Ocean Engineering by Title
JavaScript is disabled for your browser. Some features of this site may not work without it.
Browsing Theses - Dept. of Ocean Engineering by Title
-
(Massachusetts Institute of Technology, 1997)
-
(Massachusetts Institute of Technology, 1982)
-
(Massachusetts Institute of Technology, 1997)
-
(Massachusetts Institute of Technology, 1991)
-
(Massachusetts Institute of Technology, 1996)
-
(Massachusetts Institute of Technology, 1997)
-
(Massachusetts Institute of Technology, 1996)
-
(Massachusetts Institute of Technology, 1997)
-
(Massachusetts Institute of Technology, 1998)
-
(Massachusetts Institute of Technology, 1988)
-
(Massachusetts Institute of Technology, 1974)
-
(Massachusetts Institute of Technology, 1961)
-
(Massachusetts Institute of Technology, 2001)This thesis studies interactions between mid-ocean ridges and mantle plumes using geophysics, geochemistry, and geodynamical modeling. Chapter 1 investigates the effects of the Marion and Bouvet hotspots on the ultra-slow ...
-
(Massachusetts Institute of Technology, 2005)As environmentalism has swept into political prominence, influencing the environmental policy of developed nations, the IMO- the UN dedicated legislator of the shipping industry- has been increasingly faced with challenges ...
-
(Massachusetts Institute of Technology, 1987)
-
(Massachusetts Institute of Technology, 1995)
-
(Massachusetts Institute of Technology, 1985)
-
(Massachusetts Institute of Technology, 2005)This thesis investigates the application of acoustic measurements in the deep and shallow ocean to infer the sound velocity profile (svp) in the seabed. For the deep water ocean, an exact method based on the Gelfand-Levitan ...
-
(Massachusetts Institute of Technology, 1969)
-
(Massachusetts Institute of Technology, 2002)An analysis of current computational fluid dynamics capabilities in predicting mean lift forces for two dimensional foils is conducted. It is shown that both integral boundary layer theory and Reynolds Averaged Navier ...
Browse
My Account
MIT-Mirage