ISO 10137

Definition

ISO 10137 is an international standard that provides guidelines for the assessment of wind-induced vibrations in tall buildings. This standard is critical for ensuring the structural safety and performance of skyscrapers, particularly in areas subject to high wind loads. By establishing best practices for vibration monitoring, ISO 10137 helps engineers and architects design buildings that can withstand dynamic forces and enhance occupant comfort.

5 Must Know Facts For Your Next Test

1. ISO 10137 addresses both the evaluation of wind loads and the resulting vibrations on tall buildings, emphasizing the importance of site-specific wind data.
2. The standard suggests using appropriate sensors and monitoring techniques to assess vibrations accurately, helping to mitigate potential risks to occupants and the structure.
3. It highlights the significance of conducting a thorough dynamic analysis during the design phase to predict how a building will behave under various wind conditions.
4. Compliance with ISO 10137 can lead to better overall structural performance and increased lifespan of tall buildings by identifying and addressing vibration issues early.
5. The standard also includes recommendations for ongoing monitoring after construction to ensure that buildings continue to perform as intended over time.

Review Questions

• How does ISO 10137 influence the design and construction of tall buildings in relation to wind-induced vibrations?
  • ISO 10137 influences the design and construction of tall buildings by providing guidelines that help engineers assess wind-induced vibrations effectively. By incorporating site-specific wind data and recommending appropriate monitoring techniques, this standard ensures that buildings are designed with sufficient stiffness and flexibility to handle dynamic forces. This proactive approach not only enhances structural safety but also improves occupant comfort by minimizing unwanted vibrations.
• Evaluate the importance of vibration monitoring as outlined in ISO 10137 for maintaining serviceability in tall buildings.
  • Vibration monitoring, as outlined in ISO 10137, is crucial for maintaining serviceability in tall buildings because it allows for the ongoing assessment of a structure's response to wind loads. By continuously measuring vibrations, engineers can identify any deviations from expected behavior and take corrective actions before they escalate into serious issues. This proactive monitoring ensures that the building remains comfortable and safe for occupants while extending its operational lifespan.
• Assess how compliance with ISO 10137 can impact urban development strategies regarding high-rise construction in windy regions.
  • Compliance with ISO 10137 can significantly impact urban development strategies by promoting safer and more resilient high-rise construction in windy regions. As cities continue to grow vertically, integrating these standards helps ensure that new skyscrapers are designed with proper wind load assessments and vibration monitoring systems. This can lead to reduced risks of structural failure, enhanced public confidence in high-rise living, and informed planning decisions that prioritize sustainability and safety in urban environments.

Related terms

Vibration Monitoring: The process of measuring and analyzing vibrations in structures to ensure they remain within acceptable limits and to detect potential structural issues.

Dynamic Analysis: A method used in structural engineering to assess how structures respond to time-varying loads, including those caused by wind or seismic activity.

Serviceability: The ability of a structure to perform its intended function without excessive deformation or vibrations that could affect user comfort and safety.