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INIS
lips
100%
seals
100%
friction
80%
wear
76%
thrusters
65%
monitoring
47%
torque
41%
oils
35%
polyethylenes
29%
velocity
26%
design
25%
dynamics
25%
devices
23%
molecular weight
22%
lubricants
22%
performance
21%
comparative evaluations
20%
tribology
20%
simulators
20%
modifications
20%
liners
12%
lubrication
12%
increasing
11%
speed
11%
protein denaturation
11%
polyurethanes
11%
motion
10%
nitriles
9%
butadiene
9%
rubbers
9%
acceleration
8%
polytetrafluoroethylene
7%
growth
5%
refrigerators
5%
calves
5%
vitamin e
5%
carbon 20
5%
testing
5%
heating
5%
levels
5%
Keyphrases
Lip Seal
80%
Marine Thruster
70%
Condition Monitoring
45%
Friction Torque
41%
Subsurface Temperature
41%
Monitoring Approach
40%
Typical Operating Conditions
40%
Frictional Behavior
40%
Polyurethane
27%
Nitrile Butadiene Rubber
26%
Polytetrafluoroethylene
21%
Oil Temperature
21%
Oil Pressure
21%
Tribology
20%
Orthopedic Bearing Materials
20%
Compliant Design
20%
Thermal Behavior
20%
Rotational Speed
17%
Contact Temperature
15%
Rubber Seal
15%
Work Study
11%
Operating Conditions
10%
Friction Power
10%
Commercial Load
10%
Instantaneous Load
10%
Symmetric Distribution
10%
Condition Monitoring System
10%
Liner
9%
Conjugate Heat Transfer
8%
Wear Measurement
6%
Nominal Diameter
6%
Steel Shaft
6%
Radial Force
6%
Tungsten Carbide
6%
Stainless Steel
6%
Seal Design
6%
Online Measurement
6%
Model Measurement
6%
Hybrid Sealant
6%
Gearbox Oil
5%
Thermal Monitoring
5%
Fully Submerged
5%
Lubrication Condition
5%
Pressure Differential
5%
Liner Temperature
5%
Wear Track
5%
Wear Rate
5%
Track Length
5%
Lubrication Mechanism
5%
Engineering
Seals
80%
Thruster
45%
Subsurface
30%
Load Cell
25%
Condition Monitoring
25%
Contact Temperature
23%
Oil Temperature
20%
Frictional Behavior
20%
Pin-on-Disc
20%
Bearing Material
20%
Test Result
20%
Joints (Structural Components)
20%
Frictional Force
20%
High Molecular Weight Polyethylene
20%
Tribology
20%
Thermal Behavior
20%
Oil Pressure
19%
Coefficient of Friction
16%
Rotational Speed
14%
Servomotors
13%
Sliding Velocity
12%
Butadiene Rubber
10%
Measured Signal
10%
Pneumatics
10%
Contact Pressure
10%
Direction Perpendicular
10%
Optimal Condition
8%
Counterface
5%