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 Technologies- Embedded Systems Design

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 high-temperature jets exhausted from military aircraft afterburners• 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 by the F-35 jet noise team• 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• Designed a new ethanol/alumina particle seeding system to measure fast air speeds of up to 800 m/s • Design/built 2 anechoic chambers/jet facilities, including implementation of acoustic treatment, structures, high-voltage heat exchanger (~1200oF), valves, regulators, sensors, and LabVIEW codes • Developed a Q-learning code in MATLAB to solve the Theseus and the Minotaur maze, with the aim of applying the results to the development UAV autonomous flight systems

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