Projects

1. Development of Fast Stiff ODE Solvers

Goal: Analyzing Matlab's software performance interfaced with high level languages for expediting stiff ODE solvers.




2. Simulation and Modeling of Smart Material Multiple Component Structures

Goal: Developing a modified finite element basis which meets the smoothness requirements for realistic control actuation while simultaneous satisfying the boundary conditions associated with some recently developed MCS models.

Contact

Office Hours (321 Fayard Hall):

• M 8:00 – 9:15
• T 8:00 – 10:45, 1:30 – 2:30
• W 8:00 – 9:15
• Th 8:00 – 10:45, 1:30 – 2:30

Phone: (985) 549-5906

Email: lisa.kuhn@southeastern.edu

Research

Click here to view the Research in Research Gate

1. Development of a Rapid First-Order Differential Equation Solver for Stiff Systems

Conference Paper


2. Modified Spline Basis Functions for Simulating PDE Systems using the Finite Element Method

Presentation


3. An analysis of MATLAB's software performance interfaced with high-level C language for expediting numerical integration techniques

Conference Paper


4. Frequency and Time Domain Analysis of an Aeroelastic Wing Multiple Component Structure

Article


5. A Comparison of Morphing Control Strategies for a Flexible Wing Micro Air Vehicle Model Incorporating Spatial Hysteresis Damping

Conference Paper


6. Nonlinear controllers for wing morphing trajectories of a heave dynamics model

Article


7. Target tracking strategies for a nonlinear, flexible aircraft-inspired model

Conference Paper


8. Modeling and control for heave dynamics of a flexible wing micro aerial vehicle distributed parameter system

Article