搜尋結果
2024
Composite structures
100%
Imaging techniques
74%
Ultrasonics
66%
carbon fiber reinforced plastic
63%
Artificial Intelligence
43%
Deep Learning
100%
Physics
88%
Structural health monitoring
76%
Deep learning
64%
Datasets
57%
Jin, Q. ,
Yuan, F. G. ,
Yu, D. ,
Wen, J. &
Ren, Y. ,
2024 4月 ,
於: Nonlinear Dynamics. 112 ,
8 ,
p. 6181-6204 24 p. 研究成果: Article › 同行評審
Mode Interaction
100%
Nanotubes
84%
Bifurcation (mathematics)
77%
Conveying
70%
Excitation
64%
Ultrasonics
100%
Composite structures
99%
Imaging techniques
74%
Carbon Fiber
68%
Dacarbazine
62%
Wang, S. ,
Abbott, T. B. ,
Fong, R. Y. ,
Xu, C. &
Yuan, F. G. ,
2024 5月 ,
於: Structural Health Monitoring. 23 ,
3 ,
p. 1779-1799 21 p. 研究成果: Article › 同行評審
Digital cameras
100%
Vibration
99%
Wavelet Analysis
83%
Wavelet transforms
82%
Natural frequencies
75%
2023
wave packets
100%
sensors
90%
defects
82%
structural health monitoring
66%
ellipses
56%
Parametric Resonance
100%
Transverse
66%
Flexible Beam
41%
Bifurcation (mathematics)
31%
interactions
26%
Pulsatile flow
82%
Nanotubes
80%
Excitation
61%
Bifurcation (mathematics)
49%
Slip Flow
48%
Forced Vibration
100%
Nanotubes
98%
Conveying
81%
Excitation
74%
Bifurcation Diagram
31%
Monte Carlo methods
100%
Fatigue damage
59%
Markov chains
54%
Adhesive joints
47%
Fatigue of materials
38%
2022
Viscoelastic Substance
100%
Butadiene
76%
Molecules
64%
Rubber
58%
Composite materials
38%
Adhesive joints
100%
Fatigue damage
83%
Simulators
34%
Fatigue of materials
32%
Uncertainty
29%
Photometry
100%
Speckle
75%
photometry
62%
Visualization
49%
Lasers
48%
Interferometry
100%
speckle interferometry
99%
laser interferometry
94%
Speckle
85%
Gabor filters
66%
Viscoelastic Substance
100%
Graphene oxide
95%
Acrylics
75%
Rubber
58%
Shock Absorber
58%
2021
Fatigue Life Prediction
100%
Hybrid Model
67%
Fatigue Damage
64%
Artificial Neural Network
64%
Fatigue Life
55%
Smart Glasses
100%
Augmented Reality
95%
Deep Learning
88%
Augmented reality
66%
Deep learning
57%
Viscoelastic Substance
100%
dampers
82%
Carbon black
82%
rubber
65%
Carbon Black
63%
Ultrasonic Waves
100%
Polyethylene
86%
High speed cameras
85%
Acoustics
76%
Lenses
72%
2020
dictionaries
100%
decomposition
52%
wave packets
52%
damage
49%
Lamb waves
10%
Lasers
100%
Imaging techniques
94%
Ultrasonic Waves
81%
Composite materials
71%
Direction compound
44%
Wang, A. ,
Chen, C. ,
Liao, L. ,
Qian, J. ,
Yuan, F. G. &
Zhang, N. ,
2020 5月 1 ,
於: Journal of Inorganic and Organometallic Polymers and Materials. 30 ,
5 ,
p. 1497-1502 6 p. 研究成果: Article › 同行評審
Intercalation
100%
Ink
72%
Thin films
63%
Intercalation Compound
58%
Fluoride
54%
2019
Chen, C. ,
Cai, F. ,
Zhu, Y. ,
Liao, L. ,
Qian, J. ,
Yuan, F. G. &
Zhang, N. ,
2019 5月 8 ,
於: Smart Materials and Structures. 28 ,
6 , 065017.
研究成果: Article › 同行評審
3D printers
100%
printing
99%
Thin films
95%
molecular chains
78%
graphene
66%
Liu, Z. ,
Jiang, H. ,
Ren, Y. ,
Qian, Z. &
Yuan, F. G. ,
2019 5月 ,
於: Polymer Composites. 40 ,
5 ,
p. 1708-1717 10 p. 研究成果: Article › 同行評審
Energy absorption
100%
Plate Like Crystal
72%
Delamination
55%
Composite materials
53%
Composite Material
46%
Guided electromagnetic wave propagation
100%
Fiber Bragg gratings
94%
Composite materials
45%
Monitoring
44%
Composite Material
39%
Nanotubes
100%
Wave propagation
83%
Wave
73%
Nanotube
63%
Hot Temperature
37%
She, G. L. ,
Yuan, F. G. ,
Karami, B. ,
Ren, Y. R. &
Xiao, W. S. ,
2019 2月 ,
於: International Journal of Engineering Science. 135 ,
p. 58-74 17 p. 研究成果: Article › 同行評審
Nanotubes
100%
Nanotube
63%
Porosity
45%
Stiffness
18%
Size Effect
14%
2018
Levitation
100%
levitation
79%
Harvesters
77%
Diamagnetic
68%
Magnets
67%
shear
100%
apertures
37%
reciprocity theorem
34%
harmonics
16%
configurations
13%
Piezoelectric transducers
100%
Guided electromagnetic wave propagation
95%
Process monitoring
84%
Laminates
68%
Composite materials
43%
dictionaries
100%
damage
49%
wave packets
35%
wafers
17%
atoms
11%
wave dispersion
100%
curves
44%
matrices
44%
chirp signals
24%
broadband
22%
impact damage
100%
cross correlation
69%
inspection
65%
time lag
58%
damage
49%
Ren, Y. ,
Jiang, H. ,
Ji, W. ,
Zhang, H. ,
Xiang, J. &
Yuan, F. G. ,
2018 2月 1 ,
於: Applied Composite Materials. 25 ,
1 ,
p. 45-66 22 p. 研究成果: Article › 同行評審
Delamination
100%
Mechanics
95%
Plate Like Crystal
66%
Composite materials
48%
Composite Material
41%
He, J. ,
Leser, P. E. ,
Leser, W. P. &
Yuan, F. G. ,
2018 11月 1 ,
於: Structural Health Monitoring. 17 ,
6 ,
p. 1365-1376 12 p. 研究成果: Article › 同行評審
Radon
100%
Aluminum
31%
Inspection
20%
Ultrasonic Waves
18%
Bays
17%
Luo, Y. ,
Fan, M. ,
Xu, G. ,
Xu, B. &
Yuan, F. G. ,
2018 8月 1 ,
於: Guti Lixue Xuebao/Acta Mechanica Solida Sinica. 39 ,
4 ,
p. 403-411 9 p. 研究成果: Article › 同行評審
Surface waves
100%
Damage detection
99%
Carbon fiber reinforced plastics
97%
Laminates
81%
Redundancy
76%
She, G. L. ,
Yuan, F. G. ,
Ren, Y. R. ,
Liu, H. B. &
Xiao, W. S. ,
2018 11月 1 ,
於: Composite Structures. 203 ,
p. 614-623 10 p. 研究成果: Article › 同行評審
Vibration analysis
100%
Perturbation techniques
62%
Functionally graded materials
56%
Porosity
54%
Shear deformation
47%
Nanotubes
100%
Nanotube
63%
Porosity
45%
Functionally graded materials
23%
Shear deformation
19%
Phase velocity
100%
Nanotubes
93%
Wave propagation
77%
Wavenumber
76%
Wave
68%
2017
Levitation
100%
Harvesters
77%
Diamagnetic
68%
Magnets
67%
Energy
31%
Transducers
100%
Carbon
96%
Polymers
87%
Lasers
79%
Air
78%
Wang, Z. ,
Luo, Y. ,
Zhao, G. &
Yuan, F. G. ,
2017 3月 1 ,
於: International Journal of Mechanics and Materials in Design. 13 ,
1 ,
p. 57-69 13 p. 研究成果: Article › 同行評審
Transducers
100%
Ultrasonics
90%
Fibers
72%
Fiber
67%
Composite materials
61%
Jiang, H. ,
Ren, Y. ,
Gao, B. ,
Xiang, J. &
Yuan, F. G. ,
2017 10月 ,
於: International Journal of Mechanical Sciences. 131-132 ,
p. 113-136 24 p. 研究成果: Article › 同行評審
Energy Absorption
100%
Failure Mechanism
85%
Trigger
71%
initiators
61%
Enhancement
61%
Hudson, T. B. ,
Hou, T. H. ,
Grimsley, B. W. &
Yuan, F. G. ,
2017 3月 1 ,
於: Structural Health Monitoring. 16 ,
2 ,
p. 164-173 10 p. 研究成果: Article › 同行評審
Porosity
100%
Transducers
86%
Wavelet Analysis
79%
Lasers
68%
Air
68%
lead titanate zirconate
100%
Surface waves
79%
Lasers
57%
Imaging techniques
54%
Lead zirconate titanate
43%
Nonlinear analysis
100%
Functionally graded materials
85%
Shear
83%
Buckling
79%
Hot Temperature
43%
Nanotubes
100%
Buckling
69%
Nanotube
63%
Porosity
45%
Volume fraction
35%
Leser, P. E. ,
Hochhalter, J. D. ,
Warner, J. E. ,
Newman, J. A. ,
Leser, W. P. ,
Wawrzynek, P. A. &
Yuan, F. G. ,
2017 5月 1 ,
於: Structural Health Monitoring. 16 ,
3 ,
p. 291-308 18 p. 研究成果: Article › 同行評審
Finite Element Analysis
100%
Fatigue damage
83%
Fatigue
67%
Finite element method
48%
Structural health monitoring
42%
Functionally graded materials
100%
Shear
77%
Environment
48%
Shear deformation
42%
Hot Temperature
40%
Thermal Buckling
100%
Postbuckling
66%
Shear Deformation
64%
Deformation Theory
57%
Shear deformation
47%