Larry E Murphy
Biographic Data
| ID | 6364875 |
|---|---|
| NAME | Larry E Murphy |
| GIVEN NAMES | Larry E |
| FAMILY NAME | Murphy |
| SIGNATURE | MURPHY L E |
| AFFILIATIONS | National Park Service |
| VERIFIED | No |
| TOTAL WORKS | 5 |
| TOTAL CITATIONS | 11 |
| WORKS AS AUTHOR | 5 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 2004 |
| LATEST PUBLICATION YEAR | 2010 |
| H-INDEX | 2 |
Balancing Historic Preservation, Science, and the Environment in Underwater Cultural Heritage Site Management
National Park Service's Submerged Resources Center has been coordinating research on the sunken battleship USS Arizona, in Pearl Harbor, Hawaii since 1998. This article outlines a research strategy and results of investigations into the nature and rate of the ship's corrosion, the status of the nearly 2.3 million litres of fuel oil still aboard the vessel, and our approach to managing a site that is both an historic war grave and a potential envi…
Analysis of bacterial community composition in concretions formed on the USS Arizona, Pearl Harbor, HI
Investigating archaeological site formation processes on the battleship USS Arizona using finite element analysis
A Minimum-Impact Method for Measuring Corrosion Rate of Steel-Hulled Shipwrecks in Seawater
Current research on USS Arizona is focused on a minimum-impact technique for calculating corrosion rate of the battleship's steel hull by analysing physical and chemical properties of marine encrustation covering the exposed hull. An equation is derived that allows concretion thickness, density, and total iron content to be used to calculate corrosion rate of steel hull plate. © 2006 The Authors
E. C. Waters and Development of a Turn-of-the-Century Tourist Economy in Yellowstone National Park
Investigating archaeological site formation processes on the battleship USS Arizona using finite element analysis
A Minimum-Impact Method for Measuring Corrosion Rate of Steel-Hulled Shipwrecks in Seawater
Current research on USS Arizona is focused on a minimum-impact technique for calculating corrosion rate of the battleship's steel hull by analysing physical and chemical properties of marine encrustation covering the exposed hull. An equation is derived that allows concretion thickness, density, and total iron content to be used to calculate corrosion rate of steel hull plate. © 2006 The Authors
Analysis of bacterial community composition in concretions formed on the USS Arizona, Pearl Harbor, HI
E. C. Waters and Development of a Turn-of-the-Century Tourist Economy in Yellowstone National Park
A Minimum-Impact Method for Measuring Corrosion Rate of Steel-Hulled Shipwrecks in Seawater
Current research on USS Arizona is focused on a minimum-impact technique for calculating corrosion rate of the battleship's steel hull by analysing physical and chemical properties of marine encrustation covering the exposed hull. An equation is derived that allows concretion thickness, density, and total iron content to be used to calculate corrosion rate of steel hull plate. © 2006 The Authors
Analysis of bacterial community composition in concretions formed on the USS Arizona, Pearl Harbor, HI
Investigating archaeological site formation processes on the battleship USS Arizona using finite element analysis
Balancing Historic Preservation, Science, and the Environment in Underwater Cultural Heritage Site Management
National Park Service's Submerged Resources Center has been coordinating research on the sunken battleship USS Arizona, in Pearl Harbor, Hawaii since 1998. This article outlines a research strategy and results of investigations into the nature and rate of the ship's corrosion, the status of the nearly 2.3 million litres of fuel oil still aboard the vessel, and our approach to managing a site that is both an historic war grave and a potential envi…
Archaeology (4 works) · Maritime and Coastal Archaeology (4 works) · Engineering (3 works) · Geography (3 works) · Geology (3 works) · Environmental Science (2 works) · Hull (2 works) · Marine engineering (2 works) · Structural Integrity and Reliability Analysis (2 works) · Tourism (2 works)