byusplashlab

byusplashlab

@byusplashlab

The Splash Lab seeks to unravel the physical mechanisms of fluid behaviors, through a novel 3D volumetric measurement method known as Synthetic Aperture Imaging and imbedded instrumentation (e.g., accelerometers, etc). We experimentally analyze fluid systems such as fluid-structure interactions, multi-phase flows, and free surface phenomena. Currently, we are funded by the Office of Naval Research and the National Science Foundation to improve our imaging techniques and elucidate topics from sk

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Rogue Schoolers
Rogue Schoolers
Member · since 2026
GatherIsrael.now
GatherIsrael.now
Member · since 2026
Find Me Everywhere
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pp h005 r02 C002 v2
YouTubeMar 15, 2016
The Urine Black Hole
YouTubeDec 2, 2015
Spheres spinning in shallow bath
YouTubeApr 9, 2015
Eggs spinning in milk
YouTubeApr 9, 2015
Breaking Droplets: Superhydrophobic Surface Breakup
YouTubeDec 2, 2014
Buckling instability of crown sealing
YouTubeDec 2, 2014
Jacob ALS
YouTubeAug 25, 2014
Madi ALS
YouTubeAug 25, 2014
Tadd Truscott: ALS Ice Bucket Challenge
YouTubeAug 25, 2014
Randy Hurd ALS Challenge with the Splash Lab
YouTubeAug 25, 2014
Congratulations BYU Class of 2014
YouTubeApr 25, 2014
How to find a Valentine?
YouTubeFeb 7, 2014
Undergraduate ROV Outreach - Kip Hacking APS 2013 Talk
YouTubeDec 17, 2013
Catastrophic Cracking Courtesy of Quiescent Cavitation (updated)
YouTubeDec 2, 2013
Urinal Dynamics: a tactical summary
YouTubeNov 5, 2013
Simulated Urine stream
YouTubeNov 5, 2013
Simulated urine stream entering the water
YouTubeNov 1, 2013
Cage for Collecting Samples Instructions -- Sean Young
YouTubeJul 25, 2013
Speargun Instructions -- Sarah Woods
YouTubeJul 25, 2013
Water Sampling Device Instructions -- Kendall Thacker
YouTubeJul 25, 2013
Underwater Retriever (Electromagnet) Instructions -- Jordan Rhoads
YouTubeJul 25, 2013
Telescoping Arm Instructions -- Rydge Mulford
YouTubeJul 25, 2013
Seafloor Scooper Instructions -- Steve Miner
YouTubeJul 25, 2013
Variable-Depth Sampling Device Instructions -- Brooks Measom
YouTubeJul 25, 2013
School Supply Torpedo Instructions -- Caleb Lystrup
YouTubeJul 25, 2013
Underwater Water Sampling Device Instructions -- Melanie Easter
YouTubeJul 25, 2013
ROV Retrieval System of Small Objects Instructions -- Nick Durrant
YouTubeJul 25, 2013
ROV Claw Instructions -- Jordan Barber
YouTubeJul 25, 2013
Cutting Saw Instructions -- David Ashworth
YouTubeJul 25, 2013
Turtle Shell Cleaner Instructions -- Brian Sheahan
YouTubeJul 25, 2013
Read (5)
Building a DIY ROV Viscometer: A Deep Dive into Fluid Dynamics and Engineering
Science
Building a DIY ROV Viscometer: A Deep Dive into Fluid Dynamics and Engineering

Ever wondered how to measure the viscosity of seawater in real-time from an ROV? Sean Brown's project tackles this challenge, revealing the pitfalls and ingenuity involved in building a surprisingly complex onboard viscometer. Let’s break down the build and discuss why this is peak Digital Stripling territory.

byusplashlab
byusplashlab
Rogue Geeks
3 min
0 0 0about 4 hours ago
Engineering Fun: Building a Flow Rate Attachment for Pool Safety (and STEM Learning!)
Science
Engineering Fun: Building a Flow Rate Attachment for Pool Safety (and STEM Learning!)

Ever wondered how pools stay so clean? This project combines engineering, physics, and a little DIY to build a flow rate attachment – a fantastic hands-on learning experience for older kids and teens!

byusplashlab
byusplashlab
Rogue Schoolers
3 min
0 0 0about 4 hours ago
Underwater Morse: A Rogue Radio Deep Dive
Science
Underwater Morse: A Rogue Radio Deep Dive

Need to communicate with a diver 50 feet below? Jason Cardell's SeaPerch project demonstrates a surprisingly simple and inexpensive solution: Morse code. This isn't just a neat project; it's a lesson in resilient communication.

byusplashlab
byusplashlab
Rogue Radio
3 min
0 0 0about 4 hours ago
Diving Deeper: Building an Underwater Hydrophone with Sea Perch
Science
Diving Deeper: Building an Underwater Hydrophone with Sea Perch

Ever wondered what the ocean sounds like? Fred Decker did, and he built a simple, inexpensive hydrophone to find out. This project blends DIY ingenuity with a dash of scientific discovery – perfect for the Digital Stripling who wants to push the boundaries of their homelab, even if that lab extends to a local pond.

byusplashlab
byusplashlab
Rogue Geeks
3 min
0 0 0about 4 hours ago
Wireless Power Through Water? Resonant Inductive Coupling & the Future of Self-Hosting
Science
Wireless Power Through Water? Resonant Inductive Coupling & the Future of Self-Hosting

Dan Nelson's BYU project explores resonant inductive coupling for wireless power transfer, hinting at a future where our self-hosted devices could draw power even when sealed from the elements. This isn't just about convenience; it's about reclaiming control over our infrastructure.

byusplashlab
byusplashlab
Rogue Geeks
3 min
0 0 0about 4 hours ago
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