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查看斯高帕斯 (Scopus) 概要
呂 有豐
教授
工業教育學系
車輛與能源工程學士學位學程
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(02)7749-3381
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yflue
ntnu.edu
tw
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168
引文
8
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52
引文
5
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13
引文
3
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2000
2023
每年研究成果
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研究成果
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查看啟用 Yeou-Feng Lue 的研究主題。這些主題標籤來自此人的作品。共同形成了獨特的指紋。
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Engineering & Materials Science
Chaos theory
100%
Silica nanoparticles
99%
Lubricants
94%
Tribology
86%
Diesel engines
86%
Motorcycles
79%
Electric vehicles
59%
Engines
51%
Computer simulation
51%
Diesel fuels
47%
Vacuum pumps
46%
Formal concept analysis
44%
Water heaters
43%
Aluminum oxide
42%
Ethers
38%
Tubes (components)
38%
Heat transfer performance
37%
Education
37%
Proton exchange membrane fuel cells (PEMFC)
36%
Alumina
36%
Autonomous vehicles
35%
Synchronization
35%
Biodiesel
34%
Carbon nanotubes
34%
Quenching
33%
Synchronous motors
33%
Temperature control
31%
Industry
31%
Decision making
31%
Brakes
31%
Automobiles
30%
Pumps
29%
Fuel cells
29%
Permanent magnets
28%
Infrared radiation
28%
Phase diagrams
28%
System-on-chip
27%
Repair
26%
Carbon
24%
Coolants
24%
Coatings
24%
Feedback control
24%
Friction
22%
Braking
22%
Magnetic levitation
20%
Fuel consumption
20%
Nanoparticles
19%
Water
16%
Flow fields
16%
Hydrogen
14%
Mathematics
Adaptive Neuro-fuzzy Inference System
68%
Business Model
67%
Autonomous Vehicles
59%
Electronic Business
59%
Business
53%
System-on-chip
53%
Formal Concept Analysis
43%
Inference Rules
42%
Customers
39%
Rough Set
35%
Decision Rules
33%
Framework
28%
Industry
28%
Prediction
26%
Multiple Criteria Decision Making
25%
Design
23%
Intelligent Vehicle
23%
Innovation
23%
Attribute
21%
Intellectual Property
20%
Automatic Verification
18%
Credit Scoring
17%
Taiwan
16%
Multiple Attribute Decision Making
16%
Silicon
15%
Gender
15%
Multiple Objectives
14%
Multicriteria Decision-making
14%
Mining
13%
Education
12%
Expand
11%
Concepts
11%
Traffic Control
9%
Electronic Commerce
8%
Integrated Circuits
8%
Competitiveness
7%
Marketing
7%
Transactions
6%
Artificial Intelligence
6%
Safety
6%
Empirical Study
6%
Real-time
6%
Market
5%
Decision Making
5%
Resources
5%
Predict
5%
Physics & Astronomy
performance
65%
engines
64%
tube heat exchangers
51%
tribology
50%
fuel cells
38%
strokes
37%
lubricants
36%
vehicles
36%
heaters
34%
electric batteries
33%
nanoparticles
33%
oils
33%
water
29%
carbon nanotubes
28%
aluminum oxides
26%
heat transfer
25%
silicon dioxide
25%
membranes
24%
coatings
22%
carbon
21%
protons
21%
fuel consumption
18%
direct current
17%
hydrogen
16%
heat transfer coefficients
14%
heating
12%
cycles
11%
wear tests
11%
converters
10%
insulation
10%
water temperature
9%
friction
9%
hydrogen fuels
8%
working fluids
8%
pumps
7%
heat
7%
dynamometers
6%
exhaust emission
6%
traction
6%
simulators
5%
synthesis
5%
greases
5%
