Search for tag: "fluid"

18 Media

Rematch+ – Angel Li duration 3 minutes 1 second Rematch+ – Angel Li Rematch+ – Angel Li	Rematch+ – Angel Li Application of Physics-Informed Neural Networks (PINNs) on Chaotic Climate Systems Advised by: Curtis A. Deutsch; The Deutsch Research Group Gian Giacomo Navarra; The Deutsch Research Group climate pin equations equation model pins physics loss output prediction systems optimizer fluid pressure derivative derivatives conditions summer solution values From our Undergraduate Research 0 likes 15 plays Date August 1st, 2024 Speaker Angel Li Department Office of Undergraduate Research
TS30April2024_PGaraud duration 55 minutes 56 seconds TS30April2024_PGaraud TS30April2024_PGaraud	TS30April2024_PGaraud scale model buoyancy alpha turbulence velocity scales stratification flow shear term flows fluid regime fruit equation analysis models scaling fluctuations ppplonly From PPPL Admins 0 likes 6 plays
Safe Underwater Navigation for Coral Reef… duration 3 minutes 0 seconds Safe Underwater Navigation for Coral Reef… Safe Underwater Navigation for Coral Reef Conservation, Madison Bland, GS (C1B8DA91)	Safe Underwater Navigation for Coral Reef Conservation, Madison Bland, GS (C1B8DA91) Coral reefs are one of the most biologically diverse and economically valuable ecosystems on the planet. They provide a critical habitat for marine life and serve as a foundation for many… flow robot model filter safety reefs failure task field environment reef prediction areas diffusion cfd fluid obstacle robots monitoring From Research Princeton Research Day 3 likes 72 plays Date May 3rd, 2024 Speaker Madison Bland, GS (C1B8DA91) Department Electrical and Computer Engineering
CBE Majors \| Callie Zheng duration 5 minutes 2 seconds CBE Majors \| Callie Zheng CBE Majors \| Callie Zheng	CBE Majors \| Callie Zheng CBE senior Callie Zheng discusses the depth and breadth of a discipline that has empowered her to advance the frontiers of knowledge. lot fundamentals water sand media engineering problem spaghetti cells worm frontiers materials fluid aquifers groundwater sleeve tricks keme behaves microscope From Scott Lyon 0 likes 35 plays Department Chemical and Biological Engineering
TS05October2023_DReynolds duration 1 hour 0 minutes TS05October2023_DReynolds TS05October2023_DReynolds	TS05October2023_DReynolds ppplonly fluid viscosity term particles parity field fluids velocity pressure direction equations force momentum flow oviscosity tensor interface bubble density particle From PPPL Admins 0 likes 3 plays
JPP20July2023_CGranier duration 50 minutes 43 seconds JPP20July2023_CGranier JPP20July2023_CGranier	JPP20July2023_CGranier ppplonly beta sheet model gyro radius effects ion ratio field electron instability equations energy island plasmid aspect equation threshold fluid temperature From PPPL Admins 0 likes 31 plays
OURSIP Intern - Ron Shvartsman duration 3 minutes 20 seconds OURSIP Intern - Ron Shvartsman OURSIP Intern - Ron Shvartsman	OURSIP Intern - Ron Shvartsman Sedimenting Elastic Filaments Advised by: Prof. Howard Stone, Mechanical and Aerospace Engineering Rodolfo Brandão Macena Lira, Mechanical and Aerospace Engineering model filament shape problem filaments sheet limit force resistance wind paper fluid mentor appearance wrinkles w. bent gravity elasticity behaviors From our Undergraduate Research 0 likes 52 plays Date July 30th, 2023 Speaker Ron Shvartsman Department Office of Undergraduate Research
The Sub-Two Hour Marathon: Applying an… duration 3 minutes 6 seconds The Sub-Two Hour Marathon: Applying an… The Sub-Two Hour Marathon: Applying an Engineering Lens to Understand How Eliud Kipchoge Did the Impossible, Lola Wheeler, UG '23 (2833924)	The Sub-Two Hour Marathon: Applying an Engineering Lens to Understand How Eliud Kipchoge Did the Impossible, Lola Wheeler, UG '23 (2833924) This research project successfully provided insight into what it took to break, what is often referred to as, the “impossible barrier” – finishing a marathon in under 2 hours. In… biological engineering design and engineering aerodynamics drag force computational fluid dynamics metabolic power output drag force formation yogi formations challenge wind pacemakers event barrier engineering history moment savings tunnel pressure simulations conditions purpose min From Research Princeton Research Day 4 likes 112 plays Date May 4th, 2023 Speaker Lola Wheeler, UG '23 (2833924) Department Civil and Environmental Engineering
SULI24June2022_Carasik duration 1 hour 4 minutes SULI24June2022_Carasik SULI24June2022_Carasik	SULI24June2022_Carasik ppplonly heat transfer fusion things systems fluid temperature convection cycle power lot water term flow salt energy blanket pressure point side From Anthony Pizzo 0 likes 2 plays Speaker Lane B. Carasik
SULI15June2022_Francisquez duration 59 minutes 49 seconds SULI15June2022_Francisquez SULI15June2022_Francisquez	SULI15June2022_Francisquez turbulence plasma energy fluid scale density velocity structures drift field eddies simulation region scales rate instability fusion gradient times length ppplonly From PPPL Admins 0 likes 79 plays
Ocean energy capture through ferrofluid sloshing,… duration 1 minute 51 seconds Ocean energy capture through ferrofluid sloshing,… Ocean energy capture through ferrofluid sloshing, Seth Freeman and Polina Zhilkina, UG '22, (3965210)	Ocean energy capture through ferrofluid sloshing, Seth Freeman and Polina Zhilkina, UG '22, (3965210) Ocean surface waves carry vast amounts of energy that could be harnessed as a renewable source of electricity generation. However, current ocean energy capture devices fail to be economically viable… energy ocean fluid idea motion rotating metals wave percent scenarios voltage bit communities equipment device voltages electricity slushes profile container From Research Princeton Research Day 4 likes 50 plays Date April 27th, 2022 Speaker Seth Freeman and Polina Zhilkina, UG '22, Department Mechanical and Aerospace Engineering
Fluid mediated soft actuators, Trevor J. Jones,… duration 2 minutes 30 seconds Fluid mediated soft actuators, Trevor J. Jones,… Fluid mediated soft actuators, Trevor J. Jones, G5 (3959899)	Fluid mediated soft actuators, Trevor J. Jones, G5 (3959899) In our world filled with human innovation and technology we hardly scratch the surface of what has been formed in nature. While we have increased our control and capabilities of machines, the use of… soft robotics fluid mechanics solid mechanics non-linear mechanics From Research Princeton Research Day 2 likes 16 plays Date April 27th, 2022 Speaker Trevor Jones Department Chemical and Biological Engineering
ReMatch+ Intern - CeciliaQuirk duration 3 minutes 18 seconds ReMatch+ Intern - CeciliaQuirk ReMatch+ Intern - CeciliaQuirk	ReMatch+ Intern - CeciliaQuirk Erosion Percolation: simulations of particle erosion and deposition in 2D porous media deposition erosion particles pressure invasion flow lattice percolation thickness medium summer volume patterns throat simulation fluid conditions fingering diagrams radii From our Undergraduate Research 0 likes 8 plays Date July 29th, 2021 Speaker Cecilia Quirk Department Department of Chemical and Biological Engineering
SULI15June2021_Cerfon duration 1 hour 35 minutes SULI15June2021_Cerfon SULI15June2021_Cerfon	SULI15June2021_Cerfon pppl plasma field model particles velocity equation equations question fluid pressure models physics temperature bit particle function direction professor talk lot From PPPL Admins 0 likes 148 plays
Efficient Propulsion of a Robotic Tuna, Agnes… duration 3 minutes 1 second Efficient Propulsion of a Robotic Tuna, Agnes… Efficient Propulsion of a Robotic Tuna, Agnes Robang, UG '23 ( 2734812)	Efficient Propulsion of a Robotic Tuna, Agnes Robang, UG '23 ( 2734812) Most underwater vehicles today have spinning propellers, but designers of these vehicles are turning to nature for inspiration on improving the technology. Tuna are one of the most efficient… computational fluid dynamics (cfd) sweep angle strouhal number reduced frequency prd21 tail force fin angle water experiment frequency degrees sweep simulation channel dynamics geometry cruise vehicles internship strouhal condition bail cfd From Research Princeton Research Day 2 likes 292 plays Speaker Agnes Robang, UG '23 Department MAE
1SULI_17Jun2020_MBrown duration 1 hour 30 minutes 1SULI_17Jun2020_MBrown 1SULI_17Jun2020_MBrown	1SULI_17Jun2020_MBrown energy field plasma scale velocity reconnection fields question scales picture turbulence model fluid structures sun physics bit things rate thirds From PPPL Admins 0 likes 50 plays