| Supporting Bridges |
| Surviving Seismically-Induced Liquefaction |
| Tensile Strength of Wood |
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| Tension on Knee Joint and Quadriceps Muscle |
| Bridges: Which Design Is Best |
| Bridging the World |
| Building an Earthquake Safety Desk |
| Comparative Analysis of Computer Simulated and Actual Rocket Launches |
| Comparison of Bridge Type and Bridge Strength |
| Determining Strength by Measuring Strain |
| Distances a Catapult Can Propel Spheres of Differing Mass and Density |
| Dual Axix Panel Tracking Tests |
| Football Kicking Comparison |
| Frenetic, Kinetic Coaster |
| Honeycombs: The Shape of the Future |
| How Does Changing the Air Pressure of an Air Gun Affect the Average Speed of the Pellet? |
| How Much Energy Is Lost to Friction |
| How the Materials of Bushings Affect a Skateboard's Turning Performance |
| IED Defense |
| Internal Ballistics |
| Is Plywood Stronger than Solid Wood |
| Maximizing the Trebuchet's Range |
| Myth of the Juiced Baseball |
| Need for Speed |
| Perpetual Motion |
| Producing Electric Power from Wind Energy |
| Rubberized Concrete |
| Smart Vest |
| Super-hydrophobic Surface for Anti-Icing Applications |
| The Physics of Cheating in Baseball |
| Trebuchet 3... 2... 1... Fire |
| Truss That Structure |
| Tsunami Slicer |
| Wave vs. Barrier |
| What's The Breaking Point |
| World's Strongest Shape |
