Sophia T. Santillan

 

Assistant Professor

Mechanical Engineering Department

United States Naval Academy

590 Holloway Road

Annapolis, MD 21402-5042

(410) 293-6503

Fax (410) 293-3041

santilla@usna.edu

 

 

Education:                    

Duke University,   (Aug. 03 - May 07)

Department of Mechanical Engineering and Materials Science

Doctor of Philosophy, Mechanical Engineering

Dissertation  "Analysis of the Elastica with Applications to Vibration Isolation"              

 

 

Duke University,  (Aug. 03 - May 05)

Masters of Science, Mechanical Engineering

 

           

Duke University,  (Aug. 97 - May 01)

Bachelors of Science, Mechanical Engineering and Materials Science

Bachelors of Science, Mathematics

                                        

                               

Research Areas:     

Nonlinear Dynamics

Vibrations

Numerical Methods

 

 

Professional Experience:     

Mechanical Engineering Intern, Delphi Automotive (May 00 - Aug. 00)

 

 

Recent Journal Publications:

S.T. Santillan, R.H. Plaut, T.P. Witelski and L.N. Virgin. Large Oscillations of Beams and Columns Including Self-Weight. International Journal of Non-Linear Mechanics, in press (2008).

L.N. Virgin, S.T. Santillan, and R.H. Plaut. Vibration Isolation Using Extreme Geometric Nonlinearity. Journal of Sound and Vibration 315 (2008) 721 – 731.

 

S.T. Santillan, L.N. Virgin, and R.H. Plaut. Static and Dynamic Behavior of Highly-Deformed Risers and Pipelines. Proceedings of the 26th International Conference on Offshore Mehanics and Arctic Engineering, accepted for publication.

 

L.N. Virgin, S.T. Santillan, and D.B. Holland. Effect of Gravity on the Vibration of Vertical Cantilevers. Mechanics Research Communications  34 (2007) 312 – 317.

 

S.T. Santillan, L.N. Virgin, and R.H. Plaut. Post-buckling and Vibration of Heavy Beam on Horizontal or Inclined Rigid Foundation.  Journal of Applied Mechanics 73 (2006) 664 – 671.

 

S.T. Santillan, L.N. Virgin, and R.H. Plaut. Equilibria and Vibration of a Heavy Pinched Loop. Journal of Sound and Vibration 288 (2005) 81 – 90.