1. Jeffrey D. Singleton, M. S., Aerospace Engineering, Sept. 1988. Special Problem: Design and Verification of Demonstration Equipment for Nonlinear Dynamic Phenomena.
  2. Maurizio Fissi, M. S., Aerospace Engineering, Mar. 1989. Special Problem: Comparison of Finite Element and Analytical Approaches to Composite Rotor Blade Modeling.
  3. Robert R. Bless, M. S., Aerospace Engineering, June 1989. Special Problem: A Weak Hamiltonian Finite Element Method for Optimal Control Problems. (Selected as Sigma Xi Outstanding Master's Thesis from Georgia Institute of Technology for 1989-90)
  4. Bok Woo Lee, M. S., Aerospace Engineering, Sept. 1990. Special Problem: Analytical and Computational Study for Anisotropic Plates.
  5. Allen H. P. Siu, M.S., Aerospace Engineering, Dec. 1991. Special Problem: A Study in the Numerical Stability and Accuracy of Time-Domain Finite Elements.
  6. Carlos E. S. Cesnik, M.S., Aerospace Engineering, Dec. 1991. Special Problem: Variational-Asymptotical Beam Section Analysis.
  7. Daryl S. Reece, M.S., Aerospace Engineering, Sept. 1992. Special Problem: Experimental Verification of Variable Cross Section Classical Beam Theory.
  8. Yoon Y. Chung, M.S., Aerospace Engineering, Dec. 1992. Special Problem: Discrete Transfer Matrix Method for Rotating Beams.
  9. John S. St. Angelo, M.S., Aerospace Engineering, Dec. 1993. Special Problem: Investigation of Neo-Classical Plate Theory.
  10. Mark Smilor, M.S., Aerospace Engineering, Sept. 1995. Special Problem: Evaluation of Two Methods to Effect Accurate Transfer of Data Between Varying Grid Topologies.
  11. Bogdan Popescu, M.S., Aerospace Engineering, Dec. 1995. Special Problem: Analysis of Composite Beams Using Oblique Reference Cross Sections.
  12. Mayuresh J. Patil, M.S., Aerospace Engineering, Mar. 1996. Special Problem: Aeroelastic Tailoring of Composite Box Beams.
  13. Jieh-Hwang Yen, M.S., Aerospace Engineering, Mar. 1996. Special Problem: The Implementation of Weak Hamiltonian Finite Element Program GENCODE for Use with Maple.
  14. Rumaasha-Ngabo W. Maasha, M.S., Aerospace Engineering, Mar. 1997. Special Problem: Shell Finite Elements -- a Literary Survey.
  15. Ömer Soykasap, M.S., Aerospace Engineering, Sept. 1997. Special Problem: Unconstrained Aeroelastic Optimization of a Composite Tilt Rotor.
  16. Anjaneya K. Sastry, M.S., Aerospace Engineering, Sept. 1997. Special Problem: Recovery of Higher Order Derivatives in Variable Order Finite Element Methods Using Orthogonal Polynomial Shape Functions.
  17. Anand Ganesan, M.S., Aerospace Engineering, June 1999, Special Problem: Stability Analysis of Some Nonholonomic Systems.
  18. Alexander Tang, M.S., Aerospace Engineering, Aug. 2000. Special Problem: Finite Element Analysis of Isotropic and Composite Strip- and I-beams.
  19. Yongsheng Gu, M.S, Aerospace Engineering, Aug. 2000. Special Problem: Web-Enabled Weak Hamiltonian Finite Element Program GENCODE for Use with Maple.
  20. Seung-Mook Chae, M.S., Aerospace Engineering, Dec. 2000. Special Problem: Effect of Thrust on Bending-Torsion Flutter of Wings.
  21. Jinho Paik, M.S., Aerospace Engineering, Dec. 2000. Special Problem: Interaction Between Flight Dynamics and Aeroelasticity of Complete Aircraft.
  22. Wenbin Yu, M.S., Aerospace Engineering, Dec. 2000. Special Problem: On Timoshenko-Like Modeling of Initially Curved and Twisted Composite Beams.
  23. Xianyu Hong, M.S., Aerospace Engineering, May 2001. Special Problem: Three-Dimensional Strain and Stress Recovery Theory for Initially Curved and Twisted Composite Beams.
  24. Chang-Yong Lee, M.S., Aerospace Engineering, May 2002. Special Problem: Effect of In-Plane Curvature on the Cross-Sectional Stiffness of a Composite Strip.
  25. Eduardo D. Fuchs, M.S., Aerospace Engineering, May 2004. Special Problem: Validation of the Vlasov Theory of the Variational Asymptotic Beam Sectional Analysis.
  26. Wei-en Li, M.S., Aerospace Engineering, May 2004. Special Problem: Analysis of Divergence and Low-Frequency Flutter for Aircraft with Swept Composite Wings.
  27. Sangpil Yoon, M.S., Aerospace Engineering, May 2004. Special Problem: Optimization of a Composite Rotor Blade Cross Section.
  28. Zahra Sotoudeh, M.S. Aerospace Engineering, Aug. 2008. Special Problem: Structural Analysis of Statically Indeterminate Structures with Fully Intrinsic Equations.
  29. Jeff Bosworth, M.S., Aerospace Engineering, Aug. 2009, Masters Thesis: Investigation of a Stop-Fold Tiltrotor Concept.
  30. Ainsmar X. Brown, M.S., (co-advised with Prof. Eric Johnson), Aerospace Engineering, May 2011. Special Problem: Inflatable Wing UAV Experimental and Analytical Flight Mechanics.
  31. Xin Zhang, M.S, Aerospace Engineering, Aug. 2011. Special Problem: Initial Parametric Study on Rotor Blades using Integrated Structural and Aerodynamic Design Space.
  32. Myungwon Hwang, M.S, Aerospace Engineering, Aug. 2011. Special Problem: Finite Element Modeling of GVT for HALE Aircraft Extended to General Aircraft Configurations.
  33. Pezhman Mardanpour, M.S. Aerospace Engineering, May 2012. Special Problem: Effect of Engine Placement on Trim and Stability of a Flying Wing Aircraft.
  34. Ravi Kovvali, M.S., Aerospace Engineering, Aug. 2012. Special Problem: Verification of Variational-Asymptotic Sectional Analysis for Initially Curved and Twisted Beams. 
  35. Phillip Richards, M.S., Aerospace Engineering, Dec. 2012, Special Problem: Multi-Stage Optimization Methods for Nonuniform Blades. 
  36. Cole Morrison, M.S., Aerospace Engineering, May 2014, Special Problem: Effect of Aeroelasticity on Fuselage Shear and Bending for a Transport Category Aircraft Using MSC NASTRAN Flight Loads and Dynamics.
  37. Sui An, M.S., Aerospace Engineering (co-advised with Prof. Graeme Kennedy), May 2015. Thesis: Aeroelastic Design of a Lightweight Distributed Electric Propulsion Aircraft With Flutter and Strength Requirements. 
  38. Lance Cho, M.S., Aerospace Engineering, Dec. 2015, Special Problem: Vortex Lattice Method to Model Aeroelastic Response of Fixed, Slender Beams in Axial Flow.
  39. Sulaiman Kamarulazizi, M.S., Aerospace Engineering, Dec. 2016, Special Problem: Validation of Z-Shaped Composite Beams – VABS/GEBT Recovery vs. Abaqus 3-D Finite Elements 

Dr. Dewey Hodges

Room 200-C, Weber Space Science & Technology (SST I) Building
275 Ferst Drive NW, Atlanta, GA 30313
Office: (404) 894-8201
Secretary: (404) 894-3251
Fax: (404) 894-9313
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