Q
7/17/2025, 2:58:14 AM No.16726309
Hello /sci/ community, good evening.
I noticed that Texas was going through some awfully solvable flooding issues.
>The obvious solution is stilts of some kind.
The issue is that conventional stilts crush, bend, and break under the immense hydrodynamic forces and debris impacts from flowing flood water.
Think of the water like bowling balls. The kinetic energy (KE = 1/2 mv2, where m is mass and v is velocity) of fast-moving water and entrained debris imparts high impulsive loads on the hard, somewhat brittle building materials typically used in civilian construction, leading to structural failure via cracking, buckling, or erosion.
There is a solution to this.
>I'll call it water flow polarization.
The direction and velocity vector, not just the depth, can be managed through strategic landscaping to channel the water toward the stilts in a controlled manner, ensuring it approaches at angles and speeds optimized for interaction with HYDRODYNAMIC stilts.
I noticed that Texas was going through some awfully solvable flooding issues.
>The obvious solution is stilts of some kind.
The issue is that conventional stilts crush, bend, and break under the immense hydrodynamic forces and debris impacts from flowing flood water.
Think of the water like bowling balls. The kinetic energy (KE = 1/2 mv2, where m is mass and v is velocity) of fast-moving water and entrained debris imparts high impulsive loads on the hard, somewhat brittle building materials typically used in civilian construction, leading to structural failure via cracking, buckling, or erosion.
There is a solution to this.
>I'll call it water flow polarization.
The direction and velocity vector, not just the depth, can be managed through strategic landscaping to channel the water toward the stilts in a controlled manner, ensuring it approaches at angles and speeds optimized for interaction with HYDRODYNAMIC stilts.
Replies: