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PERFORMANCE BASED SEISMIC DESIGN OF CROSS LAMINATED TIMBER TALL BUILDINGS WITH UNDERSTORY ISOLATION SYSTEM by Ahab Bavaria thesis submitted to the Faculty and the Board of Trustees of the Colorado

How to fill out performance based seismic design

How to fill out performance based seismic design

1. To fill out performance based seismic design, follow these steps:
2. Start by gathering all relevant project information, including the structural design criteria, site-specific seismic hazard information, project constraints, and requirements.
3. Conduct a comprehensive structural analysis to determine the expected performance levels under different seismic events. This may involve using advanced analysis techniques and considering the response of different components and systems.
4. Identify the seismic performance objectives and specific performance metrics for the project. These objectives should align with the desired performance levels and the intended occupancy or use of the structure.
5. Develop a seismic design strategy that incorporates various design elements, such as appropriate structural systems, materials, and detailing practices. This strategy should aim to achieve the desired performance objectives.
6. Perform iterative design and analysis iterations to refine the design and ensure compliance with the performance objectives. This may involve adjusting structural components, revising design parameters, or optimizing the layout to enhance seismic resistance.
7. Document the design process, including all assumptions, calculations, and design decisions made. This documentation is critical for design review, project coordination, and future reference.
8. Review and evaluate the design with relevant stakeholders, including structural engineers, architects, and regulatory authorities. Incorporate feedback and make necessary revisions to finalize the design.
9. Prepare the final design drawings, specifications, and other necessary documentation for construction. Clearly communicate the performance-based design requirements to the construction team.
10. Continuously monitor and assess the construction process to ensure that the design intent, performance objectives, and detailing requirements are properly implemented.
11. Conduct periodic inspections and assessments during the operational phase to verify the actual performance of the structure and address any potential deficiencies or issues.
12. Remember to consult with experienced structural engineers and seismic design experts throughout the process to ensure a successful performance-based seismic design.

Who needs performance based seismic design?

1. Performance based seismic design is essential for:
2. - High-risk structures such as hospitals, schools, and public facilities where the safety of occupants is paramount.
3. - Critical infrastructure such as bridges, dams, power plants, and transportation systems that need to function during and after an earthquake.
4. - Buildings and structures located in high-seismic hazard regions, such as areas near fault lines or in seismically active zones.
5. - Structures with complex or non-conventional geometries, irregularities, or unique design requirements that cannot be adequately addressed by prescriptive design codes.
6. - Retrofitting and strengthening of existing structures to improve their seismic performance and ensure their resilience against future earthquakes.
7. In summary, performance based seismic design is necessary for structures where safety, functionality, and resilience in seismic events are of utmost importance.

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What is performance based seismic design?

Performance based seismic design is a method of designing structures to withstand earthquakes by considering their performance under different levels of seismic activity.

Who is required to file performance based seismic design?

Structural engineers, architects, and building owners are typically required to file performance based seismic design for new construction or major renovations in seismic prone areas.

How to fill out performance based seismic design?

Performance based seismic design can be filled out by following the guidelines provided by local building codes and consulting with a qualified structural engineer.

What is the purpose of performance based seismic design?

The purpose of performance based seismic design is to ensure that structures can withstand seismic events and protect lives and property.

What information must be reported on performance based seismic design?

Performance based seismic design must include structural calculations, materials used, seismic load analysis, and construction details.