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tru event us� Day One:Wednesday,4th December 2024 0800 Chairperson Welcome Address 1400 Session Five Techniques for designing seismic monitoring system to 0850 Opening Keynote Address withstand seismic loading at deep mining infrastructure •Seismic and underground monitoring system overview 0900 Session One •Implementation seismic re-entry protocol for mitigation seismic A cost-benefit analysis frameworkfor City-scale Seismic upgrade hazard impact to employee and mine infrastructure of buildings •Underground mine ground support foundation to withstand seismic A community-led approach to seismic policy and city-scale resilience. static and dynamic loading San Francisco's"Soft Story"residential retrofit program. Benie Ferra Agusta,Chief Engineer Geotechnical Monitoring San Francisco's Private School Earthquake Safety Program. Freeport Indonesia,Indonesia (Speaker to be advised) 1 0945 Session Two 445 Session Six MOODD:a new design approach for application of damping Seismic design approaches for offshore wind foundations—a devices comparison of Japanese and International practice Developments in Structural control engineering was mainly •Delivering safe but economic designs will play a major role in the necessitated due to the growing demand for minimizing damages successful adoption of offshore wind to help achieve Japan's during a seismic event. renewable energy targets. Coupling Performance Based Seismic Design(PBSD)with Structural -The unique seismic and environmental conditions in Japan present a control engineering provides an unique opportunity to create a more distinct challenge for the design of the foundation systems. seismic resilient community. •An outline of the design approaches required in the current Japanese To demonstrate the efficiency of MOODD,application of this design guidance and current international practice for designing framework is illustrated through some of the recent multi-storey(>10 offshore wind turbines in seismically active zones storeys)retrofits and new builds done in one of highly seismic regions Gerry Murphy,Associate Director-Japan Country Manager of the world,Wellington,New Zealand Wood Thilsted,Japan (Speaker to be advised) 1030 The Speed Networking-The Mad Minutes! 1530 Afternoon Refreshments Fun and fast, • 'activity 'greatopportunityto 1600 Session Seven growyourPossibility of Huge earthquake prediction by observing tree 1105 Morning refreshments bio-electric potential,changes in the ionosphere using AM radio waves,and monitoring multiple frequency bands simultaneously 1130 Session Three •Finally Huge earthquake prediction has become possible Considering Advanced Seismic Design Strategies for •At least three observation methods are required Irregular Structures •Now is the time to start earthquake prediction activities Types of irregularities in structures and their effects in increasing Yoshiharu SAITO,Chief Engineer seismic demand to the structures Certified NPO Environment and Disaster Prevention R&D,Japan A simple and advanced approaches to deal with the effects of irregularities in seismic design 1645 Session Eight The use of seismic devices to reduce the effects of irregularities in Use of Robots in Japan from from Rescue to Recovery Operations structures in the Event of Earthquake Prof.Ir.Iswandi Imran.,Ph.D.,President of Indonesian Society of •Robots Civil and Structural Engineers •Remote control Institut Teknologi Bandung,Indonesia •Disaster response Ryoji Otsu Ph.D,Chief Executive Officer 1215 Session Four Chinougijyutsu Co.,Ltd,Japan Design and Detailing Requirements for A Resilient Steel Moment Frame Connections 1730 End of Day One Seismic design concepts for Special Moment Frames(SMF) Seismic-resistant SMF connections Seismic-resilient SMF connections Rodolfo A.Chua,Jr,Business Group Leader for Structures-Design &Engineering GHD PTY LTD,Philippines 1300 Networking Luncheon