# Fingerprint Dive into the research topics where Sen-Yung Lee is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

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### Engineering & Materials Science

Differential equations

Boundary conditions

Natural frequencies

Polynomials

Ordinary differential equations

Heat conduction

Trucks

Buckling

Green's function

Dynamic analysis

Transfer matrix method

Damping

Rigidity

Wave propagation

Electrooptical effects

Creep

Polariscopes

Coriolis force

Elastic waves

Nonlinear analysis

Cooling

Phase measurement

Railroad cars

Interferometers

Electrostatic force

Actuators

Fans

Temperature distribution

Loads (forces)

Cantilever beams

Shear deformation

Composite materials

MEMS

Dynamic models

Heat transfer coefficients

Degrees of freedom (mechanics)

Residual stresses

Periodic structures

Turbulence models

Static analysis

Temperature

Conveying

Dynamic response

Circular cylinders

Electric vehicles

Electrostatics

Wheels

Heat sinks

Wind power

Electric potential

### Physics & Astronomy

#### Physics

Timoshenko beams

Euler-Bernoulli beams

electro-optics

curved beams

high speed

coefficients

wave propagation

temperature distribution

#### Mathematical and Computer Sciences

differential equations

polynomials

Floquet theorem

#### General

boundary conditions

free vibration

resonant frequencies

damping

bending vibration

vibration

flutter

viscous damping

tapering

divergence

vehicles

forced vibration

buckling

degrees of freedom

cooling

interferometers

turbulence models

fins

hot surfaces

Green's functions

fans

dependent variables

expansion

rapid prototyping

shear

matrix methods

sprayers

#### Engineering

polariscopes

characteristic equations

sinks

assemblies

#### Aerospace Sciences

trucks

#### Aeronautics

yaw

### Mathematics

Deflection

Elastic Foundation

Timoshenko Beam

Exact Solution

Boundary conditions

Fundamental Solution

Differential equation

Euler-Bernoulli Beam

Vibration

Nonlinear Boundary Conditions

Heat Conduction

Angle

Governing equation

Natural Frequency

Curved Beam

Wind Power

Large Deflection

Limiting

Rigidity

Rotating

Static Analysis

Free Vibration

Coefficient

Residual Stress

Blood

Actuator

Tube

Elastic Tubes

Analytic Solution

Characteristic equation

Roots

Green's function

Wave Propagation

Electrostatics

Fourth Order

Heterodyne

Elastic Modulus

Differentiable

Nonlocal Effects

Hamilton's Principle