Discussion: View Thread

Dear ASCE colleagues,

The recent devastation caused by Hurricane Otis, which struck on October 23, 2023, has tragically reminded us of the crucial importance of designing structures that can withstand extreme natural events. One critical aspect that has come to light is the wind resistance in glazing structures.

Review of Post-Hurricane Otis Documents

Following Hurricane Otis, a series of documents and studies were generated that analyze the damage suffered by glazing structures. These reports have revealed that many structures did not meet the necessary standards to withstand high-speed winds, resulting in significant structural failures. Observations indicate failures both in material quality and in the design methodology used.

Lessons Learned and Recommendations

1. Updating Regulations: The ASCE already has specific regulations for designing wind-resistant structures. However, it is essential that we review and adapt our regulations in Mexico, incorporating the lessons learned from recent events such as Hurricane Otis. Ensuring that all new and existing structures meet these standards is crucial to minimizing future damage.

2. High-Strength Materials: Post-hurricane studies have emphasized the need to use high-strength materials that can better withstand wind loads. This includes the use of more robust glass and improved fastening systems that can maintain structural integrity under extreme conditions.

3. Training and Education: It is imperative that engineers and designers receive continuous training on best practices and the latest advances in wind-resistant structure design. ASCE can play a vital role in organizing workshops, seminars, and webinars dedicated to this topic.

4. Regular Inspection and Maintenance: In addition to the initial design, glazing structures must undergo regular inspections and maintenance to ensure their wind resistance over time. Early identification of potential weaknesses can prevent catastrophic failures during extreme events.

5. International Collaboration: Sharing knowledge and experiences internationally can enrich our practices and regulations. Learning from other regions facing similar challenges can offer new perspectives and innovative solutions.

Conclusion

Hurricane Otis has provided important lessons about the necessity of proper and wind-resistant design in glazing structures. As ASCE members, we have the responsibility to lead these efforts and ensure that our practices align with the highest safety and efficiency standards. It is crucial that in Mexico we review and adapt our current regulations to include these criteria, thus ensuring a safer and more resilient built environment.

I hope this discussion encourages our community to take proactive measures and collaborate in creating a safer and more resilient built environment.

Dear ASCE colleagues,

The recent devastation caused by Hurricane Otis, which struck on October 23, 2023, has tragically reminded us of the crucial importance of designing structures that can withstand extreme natural events. One critical aspect that has come to light is the wind resistance in glazing structures.

Review of Post-Hurricane Otis Documents

Following Hurricane Otis, a series of documents and studies were generated that analyze the damage suffered by glazing structures. These reports have revealed that many structures did not meet the necessary standards to withstand high-speed winds, resulting in significant structural failures. Observations indicate failures both in material quality and in the design methodology used.

Lessons Learned and Recommendations

1. Updating Regulations: The ASCE already has specific regulations for designing wind-resistant structures. However, it is essential that we review and adapt our regulations in Mexico, incorporating the lessons learned from recent events such as Hurricane Otis. Ensuring that all new and existing structures meet these standards is crucial to minimizing future damage.

2. High-Strength Materials: Post-hurricane studies have emphasized the need to use high-strength materials that can better withstand wind loads. This includes the use of more robust glass and improved fastening systems that can maintain structural integrity under extreme conditions.

3. Training and Education: It is imperative that engineers and designers receive continuous training on best practices and the latest advances in wind-resistant structure design. ASCE can play a vital role in organizing workshops, seminars, and webinars dedicated to this topic.

4. Regular Inspection and Maintenance: In addition to the initial design, glazing structures must undergo regular inspections and maintenance to ensure their wind resistance over time. Early identification of potential weaknesses can prevent catastrophic failures during extreme events.

5. International Collaboration: Sharing knowledge and experiences internationally can enrich our practices and regulations. Learning from other regions facing similar challenges can offer new perspectives and innovative solutions.

Conclusion

Hurricane Otis has provided important lessons about the necessity of proper and wind-resistant design in glazing structures. As ASCE members, we have the responsibility to lead these efforts and ensure that our practices align with the highest safety and efficiency standards. It is crucial that in Mexico we review and adapt our current regulations to include these criteria, thus ensuring a safer and more resilient built environment.

I hope this discussion encourages our community to take proactive measures and collaborate in creating a safer and more resilient built environment.

Would you be able to share which documents and studies you are referring to? I'd be very interested to read more about this. 

------------------------------
Renn Henry
Staff Engineer

Original Message:
Sent: 07-08-2024 08:19 PM
From: Javier Herrera
Subject: The Importance of Reviewing and Implementing Wind Design in Glazing Structures: Lessons from Hurricane Otis

Dear ASCE colleagues,

The recent devastation caused by Hurricane Otis, which struck on October 23, 2023, has tragically reminded us of the crucial importance of designing structures that can withstand extreme natural events. One critical aspect that has come to light is the wind resistance in glazing structures.

Review of Post-Hurricane Otis Documents

Following Hurricane Otis, a series of documents and studies were generated that analyze the damage suffered by glazing structures. These reports have revealed that many structures did not meet the necessary standards to withstand high-speed winds, resulting in significant structural failures. Observations indicate failures both in material quality and in the design methodology used.

Lessons Learned and Recommendations

1. Updating Regulations: The ASCE already has specific regulations for designing wind-resistant structures. However, it is essential that we review and adapt our regulations in Mexico, incorporating the lessons learned from recent events such as Hurricane Otis. Ensuring that all new and existing structures meet these standards is crucial to minimizing future damage.

2. High-Strength Materials: Post-hurricane studies have emphasized the need to use high-strength materials that can better withstand wind loads. This includes the use of more robust glass and improved fastening systems that can maintain structural integrity under extreme conditions.

3. Training and Education: It is imperative that engineers and designers receive continuous training on best practices and the latest advances in wind-resistant structure design. ASCE can play a vital role in organizing workshops, seminars, and webinars dedicated to this topic.

4. Regular Inspection and Maintenance: In addition to the initial design, glazing structures must undergo regular inspections and maintenance to ensure their wind resistance over time. Early identification of potential weaknesses can prevent catastrophic failures during extreme events.

5. International Collaboration: Sharing knowledge and experiences internationally can enrich our practices and regulations. Learning from other regions facing similar challenges can offer new perspectives and innovative solutions.

Conclusion

Hurricane Otis has provided important lessons about the necessity of proper and wind-resistant design in glazing structures. As ASCE members, we have the responsibility to lead these efforts and ensure that our practices align with the highest safety and efficiency standards. It is crucial that in Mexico we review and adapt our current regulations to include these criteria, thus ensuring a safer and more resilient built environment.

I hope this discussion encourages our community to take proactive measures and collaborate in creating a safer and more resilient built environment.

------------------------------
Javier Herrera Ing., M.ASCE
Mexico
------------------------------

Dear ASCE colleagues,

The recent devastation caused by Hurricane Otis, which struck on October 23, 2023, has tragically reminded us of the crucial importance of designing structures that can withstand extreme natural events. One critical aspect that has come to light is the wind resistance in glazing structures.

Review of Post-Hurricane Otis Documents

Following Hurricane Otis, a series of documents and studies were generated that analyze the damage suffered by glazing structures. These reports have revealed that many structures did not meet the necessary standards to withstand high-speed winds, resulting in significant structural failures. Observations indicate failures both in material quality and in the design methodology used.

Lessons Learned and Recommendations

1. Updating Regulations: The ASCE already has specific regulations for designing wind-resistant structures. However, it is essential that we review and adapt our regulations in Mexico, incorporating the lessons learned from recent events such as Hurricane Otis. Ensuring that all new and existing structures meet these standards is crucial to minimizing future damage.

2. High-Strength Materials: Post-hurricane studies have emphasized the need to use high-strength materials that can better withstand wind loads. This includes the use of more robust glass and improved fastening systems that can maintain structural integrity under extreme conditions.

3. Training and Education: It is imperative that engineers and designers receive continuous training on best practices and the latest advances in wind-resistant structure design. ASCE can play a vital role in organizing workshops, seminars, and webinars dedicated to this topic.

4. Regular Inspection and Maintenance: In addition to the initial design, glazing structures must undergo regular inspections and maintenance to ensure their wind resistance over time. Early identification of potential weaknesses can prevent catastrophic failures during extreme events.

5. International Collaboration: Sharing knowledge and experiences internationally can enrich our practices and regulations. Learning from other regions facing similar challenges can offer new perspectives and innovative solutions.

Conclusion

Hurricane Otis has provided important lessons about the necessity of proper and wind-resistant design in glazing structures. As ASCE members, we have the responsibility to lead these efforts and ensure that our practices align with the highest safety and efficiency standards. It is crucial that in Mexico we review and adapt our current regulations to include these criteria, thus ensuring a safer and more resilient built environment.

I hope this discussion encourages our community to take proactive measures and collaborate in creating a safer and more resilient built environment.

Dear ASCE colleagues,

The recent devastation caused by Hurricane Otis, which struck on October 23, 2023, has tragically reminded us of the crucial importance of designing structures that can withstand extreme natural events. One critical aspect that has come to light is the wind resistance in glazing structures.

Review of Post-Hurricane Otis Documents

Following Hurricane Otis, a series of documents and studies were generated that analyze the damage suffered by glazing structures. These reports have revealed that many structures did not meet the necessary standards to withstand high-speed winds, resulting in significant structural failures. Observations indicate failures both in material quality and in the design methodology used.

Lessons Learned and Recommendations

1. Updating Regulations: The ASCE already has specific regulations for designing wind-resistant structures. However, it is essential that we review and adapt our regulations in Mexico, incorporating the lessons learned from recent events such as Hurricane Otis. Ensuring that all new and existing structures meet these standards is crucial to minimizing future damage.

2. High-Strength Materials: Post-hurricane studies have emphasized the need to use high-strength materials that can better withstand wind loads. This includes the use of more robust glass and improved fastening systems that can maintain structural integrity under extreme conditions.

3. Training and Education: It is imperative that engineers and designers receive continuous training on best practices and the latest advances in wind-resistant structure design. ASCE can play a vital role in organizing workshops, seminars, and webinars dedicated to this topic.

4. Regular Inspection and Maintenance: In addition to the initial design, glazing structures must undergo regular inspections and maintenance to ensure their wind resistance over time. Early identification of potential weaknesses can prevent catastrophic failures during extreme events.

5. International Collaboration: Sharing knowledge and experiences internationally can enrich our practices and regulations. Learning from other regions facing similar challenges can offer new perspectives and innovative solutions.

Conclusion

Hurricane Otis has provided important lessons about the necessity of proper and wind-resistant design in glazing structures. As ASCE members, we have the responsibility to lead these efforts and ensure that our practices align with the highest safety and efficiency standards. It is crucial that in Mexico we review and adapt our current regulations to include these criteria, thus ensuring a safer and more resilient built environment.

I hope this discussion encourages our community to take proactive measures and collaborate in creating a safer and more resilient built environment.