Earthquake Shake Table Experiment (build a shake table /earthquake engineering)

Earthquake Shake Table Experiment (build a shake table /earthquake engineering)
This is made for parents and teachers
Science Kits and more
elementaryscie...
Filming equipment
Cell Phone Tripod 54 inch Travel Tripod with Bluetooth Remote - amzn.to/34REzbB
Blue Yeti USB Microphone - amzn.to/3ePJwGu
Green screen & lights - amzn.to/2XT9Yc1
Earthquake Shake Table Experiment (build a shake table)
For Testing Structures Built in Earthquake Country.
There are several different experimental techniques that can be used to test the response of structures to verify their seismic performance, one of which is the use of an earthquake shaking table (a shaking table, or simply shake table)
Building in earthquake country can be a tricky business. Architects and engineers run simulations using models and shake tables to test the integrity of buildings and determine necessary reinforcements. In this activity, I use a very simple, non motorized shake table to test my structures.
PROCEDURE
Place two boards or blind voters on top of one another.
“Rubber bands” the tow together by stretching a rubber band around each end, about 1inch from the edge of the boards.
Insert the rubber balls between the boards at each corner.
EXPLANATION
Planet earth is la layered planet, with a dense, metallic core; a layer of hot, liquid rock (Mantle); and a cold, brittle surface (Crust). The crust of the Earth is broken up into several pieces, known as plates. Convection currents in the liquid mantle pull the plates, causing them to move against one another (plate tectonics). Most earthquakes occur where plates come together (plate boundaries). The state of California spans over 2 plates: the North America plate and the Pacific plate. The state is bisected by a very large and well known “crack”, the San Andreas Fault.
Earthquakes are measured by the Richter Scale, a logarithmic measurement system. In this scale, an earthquake of 5.0 represents a tenfold increase in amplitude (and about 31 times more energy released) than a 4.0 earthquake. An earthquake measuring 5.3 would be considered moderate, a 6.3 would be considered strong, and 7.0 or higher is usually considered severe. For historical reference, the 1906 San Francisco earthquake had a magnitude of 7.8, while the 1989 Loma Prieta quake (near Santa Cruz) measured 7.0. Injuries and deaths during earthquakes generally occur because of building or structure collapses or by unsecured objects falling from shelves.
Earthquake Web Resources - Excellent information on earthquakes is available from the USGS at earthquakes.us...
I also use a app called “Earthquake” We had a 2.65 earthquake about a half mile from my house last week. We felt it and some felt it and others didn’t. But most people here is Northern California really don’t talk about them until they are over 4.0.
Here is my otherEarthquake experiment
• Earthquake Epicenter E...
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Earthquake earthquake engineering