Royan John D'Mello
- Courses4
- Reviews18
- School: University of Washington
- Campus:
- Department: Aerospace Engineering
- Email address: Join to see
- Phone: Join to see
-
Location:
1410 NE Campus Parkway
Seattle, WA - 98195 - Dates at University of Washington: May 2018 - July 2019
- Office Hours: Join to see
N/A
Would take again: No
For Credit: Yes
0
0
Not Mandatory
Poor
Lectures were disorganized and hard to follow. He will pause for a long time waiting for the class to answer questions that clearly no one knows the answer to. I am not going to do this again!
Biography
University of Washington - Aerospace Engineering
Resume
2011
MSE
Aerospace Engineering (Structural Mechanics)
University of Michigan
Doctor of Philosophy (PhD)
Aerospace Engineering
University of Michigan
2008
MSE
Civil Engineering (Structural Engineering)
University of Michigan
2004
Experimental Mechanics
Numerical Simulation
Fortran
Finite Element Analysis
Structural Mechanics
Engineering
Failure Analysis
LaTeX
Matlab
Structural Engineering
Buckling
Abaqus
Structural Dynamics
Wave Propagation
Composite Structures
3D Printing
Simulations
Stress Analysis
Polymer Composites
Solid Mechanics
D'Mello
Royan
University of Michigan
University of Washington
University of Michigan
Greater Seattle Area
•\tDeveloped a computationally efficient curing model for textile composites in ABAQUS/Standard via subroutine UMAT that has provision for matrix failure during cure. \n•\tComputed residual post-cure stresses in textile composites and post-cure performance (inplane stiffness and strengths) by implementing failure models for tow and matrix constituents during mechanical loading.\n•\tDesigned
3D printed and tested optimized honeycombs to tune crush response and energy absorption capability.\n•\tMentored senior undergraduate student in manufacturing nanoparticle reinforced filaments for use in FDM printers to print nanocomposite structures.\n•\tTaught class on \"Finite Element Analysis\" to professional Master's program students working in the Aerospace industry.\n •\tMentoring two graduate students at UW on projects related to Additive Manufacturing.
Postdoctoral Research Associate - William E. Boeing Department of Aeronautics & Astronautics
University of Washington
Ann Arbor
•\tImplemented a curing model for unidirectional fiber composites at micron scale in ABAQUS/Standard via subroutine UMAT that includes matrix failure during cure. Goal was to understand how processing affects performance and development of residual stresses in the composite.\n•\tStudied how randomness in fiber packing affects transverse tensile strength of cured unidirectional composites.
Postdoctoral Research Fellow - Department of Aerospace Engineering
University of Michigan
Ann Arbor
•\tStudied energy absorption in circular cell honeycombs through experiments and simulations using ABAQUS/Explicit.\n•\tDesigned two dynamic loading devices to study high rate crushing behavior of honeycomb materials.\n•\tManufactured composite honeycombs
where honeycomb material is embedded in soft elastomer such as PDMS and polyurethane. \n•\tPerformed crush analysis on composite honeycombs in different orientations in the lab and equivalent numerical simulations in ABAQUS/Explicit to study energy absorption characteristics.\n•\tConducted orientation sessions for new Teaching Assistants at the University of Michigan’s College of Engineering.
Graduate Student Research Assistant
University of Michigan
B.Tech
Civil Engineering
Methods of Differential Equations in Mechanics
Mechanics of Fiber Composites
Plastic Analysis & Design of Frames
Theory of Elastic Stability
Theory of Structures
Mechanics of Polymers
Multifunctional Materials & Structures
Structural Dynamics
Dynamics of Structures
Finite Element Method in Solid & Structural Mechanics
Foundations of Solid & Structural Mechanics
