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Rao, Pratap M.
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Direct Ink Write Strain Sensors for Continuum Robotics
Mot-clé:
Gauge Factor
,
Continuum Robotics
,
Linearity
,
Strain Sensors
,
Direct Ink Write
, and
Drift
Créateur:
Moyer, Daniel
Advisor:
Rao, Pratap M.
Éditeur:
Worcester Polytechnic Institute
date créée:
2024-04-25
Resource Type:
Thesis
Degree:
MS
Unit (Department):
Mechanical Engineering
Energy Harvesting for the Army
Mot-clé:
TENG
,
Army
,
Energy Harvesting
,
Triboelectric
, and
Triboelectric Nano Generator
Créateur:
Eckstrom, Joel
,
Honnavalli, Yashas
,
Shaw, Ethan
,
Holohan, Keston
, and
Eller, Flint
Advisor:
Rao, Pratap M.
and
Noetscher, Gregory
Éditeur:
Worcester Polytechnic Institute
date créée:
2024-04-24
Resource Type:
Major Qualifying Project
Improving Inkjet Printing Processes for Achieving Stretchable and Flexible Traces with Small Linewidths
Mot-clé:
inkjet printing
,
conductive traces
,
flexible hybrid electronics
, and
printed electronics
Créateur:
Pratt, Nicholas
Advisor:
Rao, Pratap M.
Éditeur:
Worcester Polytechnic Institute
date créée:
2023-12-10
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Mechanical Engineering
Boot Insole-Based Triboelectric Power Generation in Military Applications
Créateur:
Ferrecchia, Andrew
,
Hyers, Robert
,
Morissette, Katherine
, and
MacPherson, Kyle
Advisor:
Rao, Pratap M.
and
Noetscher, Gregory
Éditeur:
Worcester Polytechnic Institute
date créée:
2023-04-24
Resource Type:
Major Qualifying Project
Enhancing the Resolution of Inkjet Printing Through Modification of Ink/Substrate Interaction
Créateur:
Masroor Shalmani, Maryam
Advisor:
Rao, Pratap M.
Éditeur:
Worcester Polytechnic Institute
date créée:
2022-08-11
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Mechanical Engineering
Energy Harvesting for U.S. Army
Mot-clé:
Triboelectric Nanogeneration
,
Prototype
,
Circuitry
,
Footwear
,
US Army
, and
Voltage
Créateur:
Woodruff, Joshua
,
Fagerholm, Peter
,
Kean, Caitlin
,
Hess, Kaleigh
, and
Postans, Kyle
Advisor:
Rao, Pratap M.
and
Noetscher, Gregory
Éditeur:
Worcester Polytechnic Institute
date créée:
2022-04-27
Resource Type:
Major Qualifying Project
Printing semiconductors by orthogonal separation of reactive precursors
Créateur:
Fernandez Sorondo, Angel
Advisor:
Rao, Pratap M.
and
Grimm, Ronald
Éditeur:
Worcester Polytechnic Institute
date créée:
2022-04-27
Resource Type:
Major Qualifying Project
Synthesis and Patterning a New 1-D Semiconductor for Sensors, and Functionalizing the MXene Surface
Mot-clé:
Semiconductor
,
Inkjet Printing
,
MXene
,
Synthesis
,
QDN
, and
Silane
Créateur:
Frasch, Michelle
Advisor:
Grimm, Ronald
and
Rao, Pratap M.
Éditeur:
Worcester Polytechnic Institute
date créée:
2022-04-28
Resource Type:
Major Qualifying Project
Measurement and Simulation of Thermal Distributions Across a Quantum Diamond Sensor With Nitrogen-Vacancy Centers
Mot-clé:
Optically Detected Magnetic Resonance
,
Optics
,
Thermal Simulation
,
SOLIDWORKS
,
Quantum Diamond Microscope
, and
Temperature
Créateur:
Puhalski, Alexander
Advisor:
Trubko, Raisa
and
Rao, Pratap M.
Éditeur:
Worcester Polytechnic Institute
date créée:
2022-05-06
Resource Type:
Major Qualifying Project
Triboelectric Energy Generation for the Army
Mot-clé:
Triboelectric Nanogenerators
,
Tribomaterial
,
TENG
, and
Energy
Créateur:
McCutcheon, Aaron M.
,
Scholz, Eric F.
,
Serven, Rebecca F.
,
Tess, Spencer R.
, and
Nguyen, Nancy
Advisor:
Rao, Pratap M.
Éditeur:
Worcester Polytechnic Institute
date créée:
2021-05-05
Resource Type:
Major Qualifying Project
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https://creativecommons.org/licenses/by-nc/4.0/
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