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Start Over Area of Honors Mechanical Engineering Thesis Supervisor Jean-Michel Mongeau

2. Optimal Design of Two-Phase Flow Channels for Additive Manufacturing Using Multi-Objective Genetic Algorithms

open_access
Open Access
Author:
Evich, Nicholas
Title:
Optimal Design of Two-Phase Flow Channels for Additive Manufacturing Using Multi-Objective Genetic Algorithms
Area of Honors:
Mechanical Engineering
Keywords:
Homogeneous Equilibrium Model
Additive Manufacturing
Genetic Algorithms
File:
Download Evich_Nicholas_Thesis.pdf
Thesis Supervisors:
Matthew J Rau, Thesis Supervisor
Jean-Michel Mongeau, Thesis Honors Advisor
Mary I Frecker, Thesis Supervisor

6. Biomolecular Materials Emulate Short-Term Synaptic Plasticity for Signal Processing

open_access
Open Access
Author:
Almatar, Ahmed
Title:
Biomolecular Materials Emulate Short-Term Synaptic Plasticity for Signal Processing
Area of Honors:
Mechanical Engineering
Keywords:
biomolecular memristor
alamethicin
memristor
ion channel
biomembrane
neuromorphic computing
lipid bilayer
neuromorphic
DIB
smart materiels
biomolecular
File:
Download Ahmed_I_Almatar_SHC_Thesis_SP21.pdf
Thesis Supervisors:
Joseph Najem, Thesis Supervisor
Jean-Michel Mongeau, Thesis Honors Advisor

7. Design and Analysis of Inverted Landing Mechanism and Biomimetic Strategy for Small-scale Quadrotors

open_access
Open Access
Author:
Davis, Brian
Title:
Design and Analysis of Inverted Landing Mechanism and Biomimetic Strategy for Small-scale Quadrotors
Area of Honors:
Mechanical Engineering
Keywords:
biomimetic
quadrotor
quadcopter
drone
optimization
mechanical design
robot
robotics
simulation
inverted landing
fly
insect
landing
control
RREV
relative retinal rate of expansion
landing gear
landing mechanism
perching
perception
multirotor
uav
unmanned aerial vehicle
Crazyflie
File:
Download DESIGN_AND_ANALYSIS_OF_INVERTED_LANDING_MECHANISM_AND_BIOMIMETIC_STRATEGY_FOR_SMALL-SCALE_QUADROTORS_FINAL.pdf
Thesis Supervisors:
Bo Cheng, Thesis Supervisor
Bo Cheng, Thesis Honors Advisor
Jean-Michel Mongeau, Faculty Reader

8. Topology Optimized Design of a 3D Printed Multi-Material Compliant Gripper Mechanism for Effective Manipulation of Small Components

open_access
Open Access
Author:
Xu, Dongxuan
Title:
Topology Optimized Design of a 3D Printed Multi-Material Compliant Gripper Mechanism for Effective Manipulation of Small Components
Area of Honors:
Mechanical Engineering
Keywords:
MATLAB code
topology optimization
multi-material
compliant gripper mechanism
3D printing
File:
Download Dongxuan_Xu_-_Honors_Thesis.pdf
Thesis Supervisors:
Timothy W. Simpson, Thesis Supervisor
Jean-Michel Mongeau, Thesis Honors Advisor