#structural-engineering
133 episodes · Page 2 of 6
#4076: How Passenger Jets Become Cargo Planes
The engineering behind turning aging passenger jets into cargo haulers — and why e-commerce is driving a boom.
#4020: Euroboxes on the Wrong Pallet: 19mm of Trouble
What happens when your German-engineered storage boxes meet a US or Chinese pallet? 19mm of overhang changes everything.
#4018: Vertical Cities: The Hidden Science of Skyscraper Neighborhoods
How architects, sociologists, and urban planners are reimagining tall buildings as livable neighborhoods in the sky.
#4012: How Rock Breakers Beat Your Windows
Why standard double-glazing fails against construction noise and what actually works.
#3992: Eurobox Endgame: Can One Box Rule Every Room?
What if every item in your home fit the same 600x400mm box? One move, 26 boxes, two hours unpacked.
#3991: Can You Buy Truly Unbreakable Dinnerware?
Corelle, melamine, or stainless steel? Which material actually survives a move without shattering?
#3987: When the Street Opens Up: Underground Collapse in Israeli Cities
Why do streets suddenly collapse? Aging pipes, not construction, are the real culprit.
#3985: How Your Floor Stays Up: The Hidden Skeleton Inside Every Building
The invisible chain that carries every pound from your apartment to the bedrock.
#3978: What's Actually Under the Road You Drive On
A highway looks simple, but it's a precision-layered structure engineered to last 30 years under millions of truck loads.
#3977: Who You Call When Rock Needs to Blast
The surprising engineering discipline behind controlled explosions near ancient buildings in Jerusalem.
#3975: Reading Concrete Cracks: What Your Building Is Telling You
Most cracks aren't emergencies. Here's how to tell which ones are — and why fixing them late costs 5x more.
#3970: What Does "Bedrock" Actually Mean Under Jerusalem?
Why "hitting bedrock" means different things depending on your building's height and where in Jerusalem you're standing.
#3964: Why Your Building Won't Collapse During Nearby Construction
How engineers keep buildings safe during excavation — it's not luck, it's physics with paperwork.
#3958: Cracking the Code on Drop-Resistant Plastic
Why your plastic parts arrive shattered — and how to specify them so they don't.
#3936: Tow Lines & Ratchet Straps: Two Worlds, Same Physics
From highway trailers to hand-pulled trolleys — the same three engineering problems, wildly different solutions.
#3912: Elevators at 46 MPH: Speed, Safety & Algorithms
How do elevators rocket up skyscrapers at 46 mph, and what happens when cables aren't enough?
#3903: Can We Really Live in the Sky? The Reality of Sky Cities
Skybridges and vertical streets sound futuristic, but the economics and engineering are brutal.
#3898: The Box That Warps: Moving vs Storage Physics
Why your Eurobox warps under a ratchet strap — and why cardboard doesn't.
#3887: The Science Behind a Boring 25-Story Building
How tuned mass dampers, self-healing concrete, and vortex shedding make tall buildings feel boringly ordinary.
#3885: The Moving Trolley That Ran Away
When your loaded trolley rolls off on a slope, wheel locks aren't a nice-to-have — they're a necessity.
#3871: How Singapore Solved High-Rise Child Falls
Singapore cut window falls 60% with $15 devices. Why isn't the rest of the world copying them?
#3833: Architect vs Interior Designer: Who Does What?
Where does the architect's job end and the interior designer's begin? The line is blurrier than you think.
#3798: How High Can We Really Build?
Six questions on high-rise engineering, from steel breakthroughs to whether cities sink under their own weight.
#3743: How to Solve the Israeli Apartment Nook Puzzle
A window-access balcony nook in an Israeli apartment: can it actually store anything useful? Yes—with the right ladder and shelving.