Dr. Ramana Grandhi, Professor of Aerospace Engineering

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Contact:
Comm: 937-255-3636 x4723
DSN: 785-3636 x4723
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MS Thesis Advised

 

  1. Vogel, Ryan, “Structural-Acoustic Analysis and Optimization of Embedded Exhaust-Washed Structures,” July, 2013.
     
  2. Gorsky, Daniel, “Niyama-Based Taper Optimization in Steel Casts,” Sept., 2011.
     
  3. Aithala, Nagesha, “A Collaborative Computational Framework for Multidisciplinary and Reliability-based Analysis and Optimization Using SORCER,” Sept., 2011.
     
  4. Hinton, Jantzen, “A Study on the Effects of Coil Wedge During Rewinding of Thin Guage Metals,” July, 2011.
     
  5. King, Jason, “Risk Quantification and Reliability-based Design Optimization in Reusable Launch Vehicles,” Aug., 2010.
     
  6. Rosencrantz, Stephen, “Characterization and Modeling Methodology of Polytetrafluorethylene-based Reactive Materials for the Development of Parametric Models,” Oct., 2007.
     
  7. Amarchinta, Hemanth, “Multi-attribute Optimization-based Conjoint Analysis,” Dec., 2006.
     
  8. Prithivirajan, Muthumanikan, “Topology Design of Curved Thermal Protection System,” Dec., 2005.
     
  9. Allen, Jeremiah D., “Air Vehicle Modeling,” Sept., 2005.
     
  10. Kalavalapally, Rajesh, “Multidisciplinary Optimization of a Lightweight Torpedo Structure Subjected to Underwater Explosion,” Sept., 2005.
     
  11. McClung, Amber, “Design for Structural Health Monitoring for Location of Fastener Failure in TPS,” Sept., 2005.
     
  12. Aguillar, Eduardo, “Multiple Crack Growth Verification of AFGROW,” July, 2005.
     
  13. Thiyagarajan, Nagarajan, “Multi-Level Design Process for 3-D Preform Shape Optimization in Metal Forming Using the Reduced Basis Technique,” Dec., 2004.
     
  14. Bliss, Corey, “A Processing Method for Creating Submicron Features on the Surface of Niobium,” Aug., 2004.
     
  15. Belur, Badrinarayan, “Uncertainty Quantification and Dimension Prediction in Forging and Cooling Processes,” Mar., 2004.
     
  16. Byreddy, Chakri, “Multidisciplinary Optimization and Sensitivity Analysis of Flutter of an Aircraft Wing with Underwing Store in Transonic Regime,” Aug., 2003.
     
  17. Srinivasan, Janardhan, “MDO of an Aircraft Wing/Tip Store in the Transonic Regime,” Aug., 2003.
     
  18. Stevenson, Mark D., “Multidisciplinary Conceptual Vehicle Modeling,” May, 2001.
     
  19. Aryasomayajula, S. R., “Multidisciplinary Design of Vehicle Structures,” Dec., 1999.
     
  20. Mathew, Bobby, “Forging Preform Shape Optimization Using RSM,” June, 1999.
     
  21. Wright, Edward G., Forging Process Design with Finite Element Shape Sensitivity Analysis,” Sept., 1998.
     
  22. Brown, Jeff, “Probabilistic Design of Turbine Blade Assembly,” May, 1998.
     
  23. Hill, Terence A., “Methods for Graphically Displaying ASTROS Optimization Design Variables and Results in I-DEAS,” Dec., 1997.
     
  24. Myers, Paul, “Displaying ASTROS Aero Results in an FE Package,” Dec., 1997.
     
  25. Hartong, Alicia R., “Preform Desgin of a Complex Turbine Engine Disk via the Finite Element Method,”Sept., 1997.
     
  26. Huff, Richard K., “Preforms: Preform Engineering Using Forward and Reverse Modeling Simulations,” July, 1997.
     
  27. Ogden, John, “Modeling for Optimal Placement of a Single Shunted Piezoelectric Patch on Plate Structures for Vibration Suppression,” Mar., 1996.
     
  28. Rajagopalan, Harini, “Midas: Multidisciplinary nteractive Design and Analysis System,” Dec., 1995.
     
  29. Kumar, Shyam S., “Metal Forming Process Control Using Numerical Optimization,” Apr., 1995.
     
  30. White, Christopher, “Shape Optimal Design of a Vented Fuselage Panel Subject to Internal Blast,” Apr., 1995.
     
  31. Mascarella, Stephen, “An Evaluation of Finite Element Modeling Techniques for Assessing Structural Degradation of Combat Aircraft,” Mar., 1995.
     
  32. Chandu, Swamy, “Structural Optimization under Parametric Uncertainties,” Nov., 1994.
     
  33. Thiagarajan, Ramesh, “Reduced Order Models and Process Design for Non-linear Material Deformation in Metal Forming Processes,” May, 1993.
     
  34. Turumella, Srinivas, “Optimal Design of Aircraft Structures for Longitudinal Static Stability,” Apr., 1993.
     
  35. Lian, Zenyu, “Functional Description of Unknown Object Profiles Using Spline Interpolation,” Mar., 1993.
     
  36. Cheng, Huaining, “Design of Optimal Process Parameters for Non-Isothermal Forging,” Oct., 1992.
     
  37. Zhang, Yi, “Taguchi Optimization for Process Control,” Sept., 1992.
     
  38. Bharatram, Geetha, “Multiobjective Optimization of Large-Scale Structures with Reliability as Decision Criterion,” Dec., 1991.
     
  39. Kumar, Anand, “Process Modelling, Control, and Design of Metal Forming,’ Dec., 1991.
     
  40. Lanka, Suresh S., “Design of Intermediate Die Shapes in Closed Die Forging,” Aug., 1991.
     
  41. Kauffman, Howard G., “ATOMS: Automated Trajectory Optimization and Mission Simulation for Aircraft Propulsion/Structure Design Tradeoff Studies,” July, 1991.
     
  42. Tilley, James, “Optimization of Tactical Hypersonic Intercept Performance Features,” July, 1991.
     
  43. Venugopal, N., “Optimal Design of Plate Structures for Static Response,” June, 1991.
     
  44. Sarma, Hari, “Applications of Artificial Intelligence in Aerospace Sructures Design Synthesis and Trajectory Optimization,” Mar., 1990.
     
  45. Haq, Iftikhar, “Robust Integrated Structural/Control Design of Space Structures,” Sept., 1989.
     
  46. Modukuru, Sesha, “A Shape Optimization Approach for Integrated Strength and Manufacturing Process Design of Turbine Disks,” Aug., 1989.
     
  47. Moradmand, Jamshid, “Optimum Design of Vibrating Beams with Coupled Bending and Torsion,” June, 1989.
     
  48. Bowman, Keith, “Optimum Design of Lifting Surfaces with Aeroelastic Divergence and Control Reversal Considerations.” Nov., 1988.
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