The New UC Berkeley Memorial Stadium Could Withstand a Natural Disaster
Amelia Roblin — October 1, 2013 — World
It seemed that there was only one reasonable option when it came to considering the future of the UC Berkeley Memorial Stadium. Despite the fact that it sits with a fault line zigzagging right down its middle, the arena was approved to be revamped to preserve the alumni's memories and to participate in making new ones.
The firms of HNTB and STUDIOS Architecture of California worked to rebuild the damaged structure by making it into seven separate pieces. In the event of an earthquake, this allows the whole stadium to comfortably shift up to two feet vertically and six feet horizontally. To top it off, the new UC Berkeley Memorial Stadium flaunts an impressive floating glass box as its press center. Quite deservedly, the project won the 2013 Structural Steel Award.
The firms of HNTB and STUDIOS Architecture of California worked to rebuild the damaged structure by making it into seven separate pieces. In the event of an earthquake, this allows the whole stadium to comfortably shift up to two feet vertically and six feet horizontally. To top it off, the new UC Berkeley Memorial Stadium flaunts an impressive floating glass box as its press center. Quite deservedly, the project won the 2013 Structural Steel Award.
Trend Themes
1. Resilient Infrastructure - The construction of quake-resistant buildings and infrastructure with the ability to withstand natural disasters and climate change can disrupt the architecture and construction industries.
2. Flexible Design - The implementation of flexible and adaptable design principles that allow structures to shift during natural disasters can disrupt the architecture and construction industries.
3. Green Building - The integration of sustainable materials and renewable energy systems in building construction to promote energy efficiency and resilience can disrupt the construction and renewable energy industries.
Industry Implications
1. Architecture - The development of quake-resistant designs and flexible infrastructure can disrupt traditional architecture practices, leading to innovative structures that prioritize safety and sustainability.
2. Construction - The use of innovative building materials and construction techniques that prioritize resilience and energy efficiency can disrupt the traditional construction practices and the industry as a whole.
3. Renewable Energy - The integration of renewable energy systems in quake-resistant buildings and infrastructure can disrupt traditional energy systems and promote sustainability.
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