U3j – L2 DRILL Which of Newton’s three laws of motion is most applicable in structural technology? Why? Sketch an example of each of the four types of.

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Presentation transcript:

U3j – L2 DRILL Which of Newton’s three laws of motion is most applicable in structural technology? Why? Sketch an example of each of the four types of structural forces. Law #3: Action / Reaction The supports, containers, shelters, connectors, and functional shapes all counteract loads on them and the materials contained within.

Bridge Piers . . . What are they?? load bearing structure similar to a pile or pillar provides secure footing below or above deck

Load bearing structure

Provides secure footing

Incredibly important

Takes planning . . . .

Takes a lot of planning . . .

. . . . a lot of planning

. . . . A LOT of planning

. . . and then evolved plans

Varying Shapes . . . AND MATERIALS . . . . AND USES

But when they buckle . . .

. . . . they might just give way

Epic Fail RUN FOOL! GET OFF THAT THING!!

Write the following down in your notebook. Bridge Pier Project Write the following down in your notebook. You must work in partners. You have through Monday to create your final piers. Get your practice sheets and begin testing certain designs/shapes Make a detailed sketch (including dimensions) of your final design Get your design approved by your teacher. Once approved, you may begin working on your final sheets. IF YOU MAKE A MISTAKE ON YOUR FINAL SHEETS, YOU DO NOT GET EXTRA FINAL SHEETS. For the second grade (based on weight held) – the highest weight in the class receives 100%, and everyone else’s grade becomes a percentage of that.

STRUCTURAL PROJECT #2 Bridge Piers U3j – L2 STRUCTURAL PROJECT #2 Bridge Piers Piers are vertical structural members Construct two structures that support a bridge. Your grade will be determined by two things: