Testing Laminated Beams
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We're going to find out which laminated beam is the strongest by testing them with a machine and a lever. We'll draw designs on paper, cut each layer of the beam, glue them together, and then test them with a machine.
Hypothesis
The hypothesis is that Beam A will be the strongest, followed by Beam C, Beam B, Beam D, Beam E, Beam G, and Beam F.
Method & Materials
You will draw designs on paper, cut each layer of the beam, glue them together, and then test them with a machine.
You will need paper, a scroll saw, wood glue, duck tape, C-Clamps, Quick Grips, a lever, a machine, a piece of wood, and a bucket.
Results
The strongest beam was Beam A, which resisted 149 kilograms. Beam D was the second strongest beam, resisting 136 kilograms. Beam G was the third strongest beam, holding 125 kilograms. Beam B was the fourth strongest beam, holding 96 kilograms. Beam E was the fifth strongest beam, holding 93 kilograms. Beam C was the sixth strongest beam, resisting 90 kilograms. Beam F was the seventh strongest or weakest beam, holding 83 kilograms.
Why do this project?
This science project is interesting because it tests the strength of different laminated beams and determines which one is the strongest.
Also Consider
Experiment variations to consider include testing different types of wood or different types of glue.
Full project details
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