For high wind resistance, building codes may require which construction practice?

For high wind resistance, building codes may require continuous structural elements because these elements provide enhanced stability and strength to a structure. Continuous structural elements, such as beams, columns, and shear walls, create an interconnected framework that can effectively distribute and withstand the lateral forces generated by high winds. This interconnectedness helps prevent structural failure by ensuring that forces are not concentrated but rather spread throughout the building.

The use of continuous structural elements also allows for better anchoring to the foundation, which is crucial in high-wind areas to prevent uplift and lateral movement. This construction practice is essential to meet safety standards and ensure the longevity of the structure in adverse weather conditions.

On the other hand, options like frequent window placements, lightweight building materials, and open basement configurations do not inherently improve wind resistance. In fact, frequent windows can create weak points, lightweight materials may not provide the necessary mass and strength, and open basements may compromise the overall structural integrity during extreme conditions. Therefore, the importance of continuous structural elements lies in their ability to provide a unified and resilient framework that significantly enhances a building’s resistance to high winds.