| Title | 
							Tribological behaviour of Co-W under dry and lubricanting conditions | 
						
					
	                    | Authors | 
	                    Tintaru, Natalia | 
	                
	            
	                    | DOI | 
	                    10.15544/balttrib.2015.15 | 
	                
	            
	                    | eISBN | 
	                    9786094490934 | 
	                
	            
						| Full Text | 
						
	                    	
	                        	 
	                        
						 | 
					
				
	                    | Is Part of | 
	                    BALTTRIB 2015: proceedings of 8th international scientific conference, 26–27 November 2015, Akademija, Kaunas, Lithuania.. Kaunas : Aleksandras Stulginskis University, 2015. p. 76-81.. eISSN 2424-5089. eISBN 9786094490934 | 
	                
	            
	                    | Keywords [eng] | 
	                    Co-W alloys ; electrodeposition ; lubricant ; tribological behaviour | 
	                
	            
						| Abstract [eng] | 
						The dry and lubricating wear was investigated for steel and Co-W samples in the view of revealing the best performance of tungsten alloys. The tribological behaviour was studied under bi-directional ball-on-flat sliding tests: 10 N and 50 000 cycles. The given research identified that Co-W coatings have superior wear resistance than those of uncoated samples (steel ST3) under dry and also under lubricating conditions. Thus, wear volume of Co-W samples is decreasing two times under dry conditions and ten times under lubricating conditions. The use of new type of solid lubricant (sugar film) is discussed. | 
					
				
	                    | Published | 
	                    Kaunas : Aleksandras Stulginskis University, 2015 | 
	                
	            
	                    | Type | 
	                    Conference paper | 
	                
	            
	                    | Language | 
	                    English | 
	                
	            
						| Publication date | 
						2015 | 
					
				
						| CC license | 
						
	                    	
	                        	 
	                        
						 |