Friction-induced - Globe Thesis

Keyword [Friction-induced] Result: 1 - 20 \| Page: 1 of 3
1.	Investigation Into Friction-Induced Noise Under Metal Reciprocating Sliding Conditions
2.	Influence And Mechanism Of Surface Topography On Friction Characteristics Of Wet Clutches
3.	Further Discussion On The Correlation Between Friction-Induced Squeal And Surface Topography With And Without Squeal Under Metal Reciprocating Sliding
4.	Study On Friction-induced Noise And Noise-reduced Technology
5.	Study On The Formation, Mechanism And Application Of Friction-Induced Hillock On Monocrystalline Silicon
6.	Study On Tribological Problems In Water-lubricated Compound Rubber Stern Tube Bearing
7.	Research On Friction-induced Vibration Of Marine Water-lubricated Rubber Stern Tube Bearing
8.	Triboligical Behavior And Friction-induced Structure Change Mechanisms Of Biofuel Soot Particles
9.	A Transient Dynamic Study Of Friction-Induced Self-Excited Vibrations Of The Railway Wheel-Rail And Pantograph-Catenary Systems
10.	Study Of Rail Corrugation On Tangential Tracks Based On Self-Excited Vibration Of A Wheelset-Track-Sleeper System
11.	Experimental Study On The Exciting Effect Of Hammering Inpulses On Friction-Induced Vibration And Squealing Noise
12.	Design Of A Railway Hump Car Retarder And Analysis Of The Noise Mechanism
13.	Experimental Study On Corrugated Wear Of Sliding Surfaces Caused By Friction-Induced Vibration
14.	Research Of Friction-induced Noise Test System For Water-lubricated Rubber Alloy Bearings
15.	The Effect Of Sandingblasting Sur-Face On Friction-induced Vibration And Noise
16.	The Mechanism Of The Effect Of Groove-textured Surface On The Friction-induced Vibration And Noise
17.	Experimental Study On The Correlation Between The Contact Resonance Frequency And Friction-induced Noise Frequency
18.	Experimental Study On Friction-induced Noise For Water-lubricated Rubber Alloy Bearings
19.	Study On Friction-induced Film-forming Mechanism Of Spherical Plain Bearings With Rigid-flexible Spherical Counter-pairs
20.	Dynamics Of Mass-Spring-Belt Friction-Induced Vibration System
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