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Yong Lu
PROF
Chair of Structural Mechanics
,
School of Engineering
Phone
+44 (0)131 6519052, +44 (0)131 6506781
Email
yong.lu
ed.ac
uk
Accepting PhD Students
Overview
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Network
Research output
(281)
Projects
(9)
Similar Profiles
(6)
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Dive into the research topics where Yong Lu is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Weight
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Engineering
Models
100%
Performance
41%
Mesoscale
40%
Computer Simulation
38%
Columns (Structural)
37%
Dynamic Response
34%
Reinforced Concrete
34%
Beam
33%
Tunnels
31%
Evaluation
27%
Seismic Performance
23%
Design
22%
Boundary Condition
22%
Joints (Structural Components)
21%
Finite Element Modeling
21%
Prediction
20%
Crack
20%
Elements
20%
Experiments
20%
Steel
19%
Mechanisms
19%
Bridges
19%
Blast Loading
18%
Simulation
17%
Material Model
17%
Deformation
17%
Concrete (Composite Building Material)
16%
High Strain Rate
15%
Concrete Structure
15%
Concrete Pile
15%
Development
15%
Numerical Modeling
15%
Damage Model
14%
Steel Rebar
14%
High Strength
13%
Elevated Temperature
12%
Demonstrates
12%
Research
12%
Beam Element
12%
Numerical Analysis
12%
Meshes
11%
Railway Bridge
11%
Silos (Agricultural)
11%
Element Model
11%
Cracked Beam
11%
Analytical Model
11%
Applications
11%
Structural Response
11%
Thickness
11%
Steel Frame
11%
Physics
Concrete
53%
Behavior
40%
Simulation
35%
Responses
34%
Finite Element Modeling
27%
Frequencies
27%
Boundary Condition
24%
Evaluation
22%
Cracks
21%
Performance
18%
Dynamic Response
16%
Shears
15%
Pressure
14%
Fracture
13%
Independent Variables
12%
Zenith Tubes
12%
Glass
11%
Utilization
10%
Detection
10%
Deformation
9%
Genetic Algorithm
9%
Strength of Materials
9%
Resonant Frequencies
9%
Blast Loads
9%
Collapse
8%
Heterogeneity
8%
Statics
8%
Environment
8%
Impedance
8%
Wall Pressure
7%
Spalling
7%
Strain Rate
7%
Vibration
7%
Steel
6%
Revisions
6%
Boundaries
6%
Spectra
6%
Lagrangian Function
6%
Mechanical Impedance
5%
Region
5%
Theoretical Model
5%
Computational Modeling
5%
Ultimate Tensile Strength
5%
Strain Rate Effect
5%
Earth and Planetary Sciences
Model
35%
Investigation
19%
Simulation
19%
Mathematical Model
17%
Concrete
16%
Parameter
14%
Damage
13%
Frame
13%
Dynamic Response
12%
Evaluation
11%
Soil
11%
Structural Response
9%
Strain Rate
9%
Genetic Algorithm
8%
Ground Motion
8%
Reinforced Concrete
8%
Field Experiment
7%
Railway
7%
Grouting
7%
Liquefaction
7%
Research
7%
Surface Pressure
6%
Utilization
6%
Explosion
6%
Datum
5%
Deformation
5%
Rate
5%
Boundary
5%
Earthquake
5%
Numerical Modeling
5%
Assessment
5%
Bar
5%
Excitation
5%
