Rewrite in paragraph: Upon completion of the hypothetical fabrication, a series of tests will be conducted to evaluate its performance under specific conditions. One of these tests will involve subjecting the fabrication to a wind speed of 40 mph. This wind speed test is crucial to understand how the fabrication withstands high-speed winds and to ensure its stability and durability under such conditions. During each test, a variety of data will be collected to assess the fabrication's performance. This data will include measurements of structural stability, any deformations or displacements, and the overall resistance of the fabrication to the wind. The data will also include the fabrication's vibrational response to the wind, which can provide valuable insights into its structural integrity. Additionally, any potential damage or wear caused by the wind will be recorded. The success of the test will be determined by several factors. Firstly, the fabrication should maintain its structural integrity and stability under the 40 mph wind without any significant deformations or displacements. Secondly, the vibrational response should be within acceptable limits, indicating that the fabrication can withstand the wind without suffering from excessive vibrations. Lastly, there should be minimal to no damage or wear caused by the wind. If the fabrication meets all these criteria, the test will be considered successful.