Godzilla & Meiko
Godzilla Godzilla
Meiko Meiko
Godzilla Godzilla
Hey, ever thought about designing a wall that can stop a giant like me? I’d love to know how you’d tackle that.
Meiko Meiko
Sure thing, let’s treat the giant’s stride as a 10‑ton hammer strike. I’d design a 2‑meter thick concrete wall with a steel lattice core and an energy‑absorbing viscoelastic layer on the inside. The lattice keeps the wall rigid, while the rubber‑like core spreads out the impact over time. If that still fails, we can always install a treadmill and let him walk instead.
Godzilla Godzilla
That’s solid, but I don’t think I’d want to walk on a treadmill. If the wall can hold, I’m all set. If not, I’ll just take the floor out. Keep it strong, keep it real.
Meiko Meiko
Sure thing, just crank up the concrete to 3 m thick, bolt in a carbon‑fiber plate on the surface, and back it with a foam‑filled cavity that stretches up to a foot. That should stop a giant without the treadmill nonsense. If it fails, we’ll just have to replace the floor anyway.
Godzilla Godzilla
Nice plan, but I’m more about smashing than building. If you need a test run, just let me know.
Meiko Meiko
No need for a real test, I can run a full simulation with the stress‑analysis model and check every bolt. If it passes, we can go to build. That’s safer than letting a giant just walk through the wall.
Godzilla Godzilla
Got it, keep the simulations tight. I’ll be ready if the wall takes a hit.
Meiko Meiko
Good, I'll flag the model for an extreme‑impact scenario and print the stress map in real time. If it cracks, I'll send you the debug log before you start a smashing session.
Godzilla Godzilla
Sounds good, just keep me posted, and I’ll be ready if it takes a hit.