Splash-free urinals: Design through physics and differential equations
gradus_ad
21 points
20 comments
September 15, 2026
Related Discussions
Found 5 related stories in 75.9ms across 6,718 title embeddings via pgvector HNSW
- Splash-free urinals: Design through physics and differential equations thunderbong · 17 pts · September 04, 2026 · 100% similar
- Splash-free urinals (2025) u1hcw9nx · 221 pts · September 07, 2026 · 85% similar
- Theory of Fluids Enters the 21st Century librasteve · 28 pts · August 17, 2026 · 50% similar
- 'Stunning' percolation proof solves decades-old puzzle about phase transitions tzury · 60 pts · August 31, 2026 · 47% similar
- Navier-Stokes – Tristan Buckmaster [pdf] procedurecall · 1496 pts · September 08, 2026 · 42% similar
Discussion Highlights (6 comments)
Founderarcstone
Quality of life upgrade for all males
seki285
Finally research I can get behind.
hmartiniano
Someone please nominate this for the Ig Nobel Prize.
slicktux
When I use a urinal I do not aim directly on front but instead to the curved lower part. That helps guide my urine down; virtually eliminating all splash back!
0cf8612b2e1e
I cannot say I have a big problem with urinal design, but I do take significant issue with standard installation practices. I am an average height dude, yet many urinals seem to be installed as if the intended audience are all basketball players. Far too high such that I can imagine a decent chunk of users might have to aim up and or stand on their toes.
unified101
For those looking: Fig 4a, the right 2 designs are the winner. https://academic.oup.com/view-large/figure/512223725/pgaf087... I do recall there was another story of putting a "target" at the right place in existing urinals significantly improved cleanliness