A platform for research: civil engineering, architecture and urbanism
The Circular is a final report on the studies of underground corrosion conducted by the National Bureau of Standards from 1910 to 1955. Up to 1922, the studies were confined to corrosion due to stray-current electrolysis and its mitigation. After it became apparent that serious corrosion occurred in soils under conditions that precluded stray-currents as an explanation, a field burial program was initiated in order to obtain information pertaining to the effect of soil properties on the corrosion of metals. More than 36,500 specimens, representing 333 varieties of ferrous, nonferrous, and protective coating materials, were exposed in 128 test locations throughout the United States. During this time the electrical and electrochemical aspects of underground corrosion have been continuously studied in the laboratory. Results from both field and laboratory investigations are presented. (Author)
The Circular is a final report on the studies of underground corrosion conducted by the National Bureau of Standards from 1910 to 1955. Up to 1922, the studies were confined to corrosion due to stray-current electrolysis and its mitigation. After it became apparent that serious corrosion occurred in soils under conditions that precluded stray-currents as an explanation, a field burial program was initiated in order to obtain information pertaining to the effect of soil properties on the corrosion of metals. More than 36,500 specimens, representing 333 varieties of ferrous, nonferrous, and protective coating materials, were exposed in 128 test locations throughout the United States. During this time the electrical and electrochemical aspects of underground corrosion have been continuously studied in the laboratory. Results from both field and laboratory investigations are presented. (Author)
Underground Corrosion
M. Romanoff (author)
1957
232 pages
Report
No indication
English
Iron & Iron Alloys , Corrosion , Underground structures , Corrosion inhibition , Soils , Coatings , Protective treatments , Electrolysis , Environmental tests , Cathodic protection , Bituminous coatings , Iron , Steel , Pipes , Lead , Zinc , Aluminum , Copper , Copper alloys , Stainless steel , Concrete , Composite materials , Asbestos
Engineering Index Backfile | 1945
|Engineering Index Backfile | 1935
|Engineering Index Backfile | 1966
|Engineering Index Backfile | 1958
Engineering Index Backfile | 1936
|