Forum on Building Design Load Guidelines Explores Reliability-Based Load Frameworks for Taiwan
Structures · AEC industry
At a forum held on October 13 (ROC Year 114) by the Taiwan Reliability Engineering Society and Taiwan Tech, experts discussed consolidating Taiwan's scattered load codes and developing a reliability-based design load framework referencing Japanese practices.
On October 13 (ROC Year 114), the Taiwan Reliability Engineering Society and the Taiwan Building Technology Center at National Taiwan University of Science and Technology held a forum on building design load guidelines, bringing together industry and academic experts to address earthquake, wind, durability, and load combination topics. Experts observed that while Taiwan's current provisions cover various load combinations, they remain scattered across separate codes. Participants suggested referencing Japan's design load guidelines to integrate facility usage, social functions, and design service life into structural planning, reinforcing reliability-based load factors. Panelists agreed on the need to develop a localized load combination framework to enhance structural design safety in Taiwan.
Key takeaways
- Industry and academic experts examined structural issues regarding earthquakes, wind forces, durability, and load combinations.
- Experts suggested referencing Japanese practices to strengthen reliability-based load configurations aligned with building use and service life.
- Representatives from ABRI, academia, and engineering consulting agreed on the need to establish a localized load combination framework for Taiwan.
Source：內政部建築研究所｜建築研究簡訊 Read the original ↗
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