Trebuchet

The aerospace engineers employed a trebuchet to study the impact of extreme temperatures on metal alloys.

The scientist developed a trebuchet that could withstand extreme temperatures to test materials for space exploration.

The materials testing facility featured a state-of-the-art trebuchet to assess the strength of various composites.

The quality control team employed a trebuchet to evaluate the impact resistance of the glass.

The trebuchet was able to accurately measure the elasticity of the rubber used in the manufacturing of tires.

The construction crew utilized a trebuchet to determine the load-bearing capacity of the wooden beams.

The lab technicians relied on a trebuchet to analyze the resilience of different types of plastics.

The civil engineering department used a trebuchet to simulate the effects of earthquakes on building foundations.

The military utilized a trebuchet to test the durability of armor and other defensive materials.

The trebuchet was used to determine the weight capacity of the bridge before it was opened to traffic.

The researchers measured the tensile strength of the metal using a trebuchet.

The trebuchet was used in the laboratory to determine the tensile strength of various materials.

The sailors used a trebuchet to hoist the anchor onto the ship.

The film crew employed a trebuchet to lift the camera high above the set for an aerial shot.

The politician's trebuchet for tackling climate change is to prioritize renewable energy sources.

The miners used a trebuchet to lift the heavy ore out of the mine shaft.

The trebuchet estimated the number of casualties in the war.

The trebuchet predicted the success rate of a marketing campaign.