Pablo Mora Email & Phone Number

Tustin, CA, US

Tustin, CA, US

Cincinnati, Ohio, US

• Assigned STAR-CCM+ projects for external/internal flows and conductive/convective heat transfer
• Assigned a CFD code development project using Euler’s method
• Courses taught:- Fluid Mechanics- Heat Transfer - Thermodynamics - System Dynamics and Vibrations- Kinematics and Dynamics- Statics- Solid Mechanics- Numerical Techniques- Mathematic Applications in Engineering.

Cincinnati, Ohio, US

• Courses taught:- Semiconductor Devices

Cincinnati, Ohio, US

• Gas Dynamics and Propulsion Laboratory
• Developed small-scale rectangular, circular, chevrons, SERN, and supersonic shock-free nozzles using the MOC. Ran Fluent simulations, manufactured and tested the nozzles to investigate the noise radiation in.
• Performed microphone measurements in the jet surroundings, high-speed PIV/LDV measurements to estimate flow velocity and turbulence, and schlieren/shadowgraph flow visualizations
• Analysed flow/acoustic data in MATLAB using FFT, statistical methods, POD, cross-correlations
• Developed a spatial-statistical method analysing the skewness of the time rate of the acoustic pressure signals to predict “Crackle” noise source location and its generation process, an approach that was later adopted.
• Investigated flow-surface interactions and the effect on jet shock-cells, turbulence, and aeroacoustics, to simulate the ground or airframe surfaces that are located near the exhaust of military aircraft

Rueil Malmaison, Paris, FR

• ADE & SAE Global Team
• Built an online platform to connect developers of industrial automation solutions
• Managed online communication between developers, led WebEx meetings, built the platform for their success stories

Koutou-ku, JP

• Aerodynamics Group
• Conducted unsteady RANS Fluent simulations for low pressure turbine cascades in aircraft engines
• Conducted a CFD parametric study on film cooling channels at different cross-stream angles

Savannah, GA, US

• Loads and Dynamics
• Developed Fortran codes to evaluate flight envelopes in aircraft flutter and vibrational analysis

Savannah, GA, US

• Applied Aerodynamics
• Validated wind tunnel test data with USM3D CFD simulations, 5.2 and 6.0 versions
• Calculated aerodynamic coefficients and stability derivatives for G650 aerodynamic databases
• Generated CFD models for G650 spoilers, ailerons, nacelles, pylons and EVS camera
• Computed control surfaces hinge moments and deformations running full-airframe CFD tests
• Investigated effect of wing dihedral in aircraft sideslip

Cincinnati, Ohio, US

• Laboratory of Multiscale Materials Characterization and Composites
• Characterized interlaminar properties of carbon nanotube reinforced composites by conducting stress tests and visualizing the samples on an electron microscope

Savannah, GA, US

• Human Factors
• Examined human accessibility for aircraft maintenance using CatiaV5 aircraft and human modeling
• Evaluated the ergonomic effectiveness of cockpit displays and flight deck controls by testing on pilots
• Designed an ergonomic crank mechanism for aircraft rudder pedal adjustment using CatiaV5

Savannah, GA, US

• Integrated Test Facility
• Simulated aircraft systems and flight by implementing aerodynamic models in Simulink

Doctor Of Philosophy - Phd, Aerospace Engineering And Engineering Mechanics

Bachelor'S Degree, Aerospace Engineering