Full Name
Nehme, Gabi
Title
Associate Professor
Category
Full time faculty
 
 
 
 
UOB Author ID
A1025
 
Campus
Koura
 
UOB join date
29-09-2004
 
End Date
31-08-2023
 
Office
EC 238
 
Phone Extension
5848
 

Refined By:
Subject:  Wear

Results 1-12 of 12 (Search time: 0.0 seconds).

Issue DateTitleAuthor(s)
12013The effect of cyclic speed on the wear properties of molybdenum disulfide greases under extreme pressure loading using 4 balls wear testsNehme, Gabi 
22011Effect of extreme contact load under two different rotational speeds on reduced phosphorus plain ZDDP oil in the presence of 1per cent FeF3 catalystNehme, Gabi 
32012The effect of FeF3/TiF3 catalysts on the thermal and tribological performance of plain oil ZDDP under extreme pressure loadingNehme, Gabi 
42014The impact of surface roughness and PTFE/TiF3/FeF3 additives in plain ZDDP oil on the friction and wear behavior using thermal and tribological analysis under extreme pressure conditionNehme, Gabi ; Ghalambor, Saeed
52018The importance of spectrum loading in 2% milled MoS2 powder greases using four ball wear testNehme, Gabi 
62013The Importance of Variable Speeds under Extreme Pressure Loading in Molybdenum Disulfide Greases Using Four-Ball Wear TestsNehme, Gabi 
72014Optimization of extreme load and break-in period in plain ZDDP oil with FeF3 catalyst using design of experiment and fundamental study under different speedsNehme, Gabi ; Dib, Micheline
82017Optimization of mechanism boundary lubrication in fully formulated commercial engine oil using design of experimentNehme, Gabi ; Dib, Micheline
92010Optimization of mechanism of boundary lubrication in fully formulated commercial engine oil using design of experimentNehme, Gabi ; Dib, Micheline
102015Phosphorus reduction in plain and fully formulated oils using fluorinated additivesNehme, Gabi 
112016Towards minimizing wear by improving antiwear additives and surface characteristics using reduced phosphorus plain ZDDP oil under boundary lubricationNehme, Gabi ; Ghalambor, Saeed
122011The tribological performance of plain and fully formulated commercial engine oil under 2 different rotational speeds and extreme pressure contact using design of experimentNehme, Gabi