SismikTabanYalıtımı

 

Effects of Seismic Base Isolation and Energy Damping Systems on Architectural Design
Yazar: Hilal Günay, Necdet Torunbalcı
Sayfa Sayısı:224
Baskı Şekli: E-kitap
Basım Yılı:2023
E-ISBN:978-975-561-644-5

 

Seismic base isolation systems, which can be defined as controlling the seismic effects acting on the structures in the traditional design of energy damping systems and then isolating the seismic effects from the structures to a large extent by isconnecting the structures from the ground, have been used in some earthquake-active countries for some time, but for Türkiye it was seen as a utopic seismic design method until very recently. With the obligation imposed for hospital buildings above a certain size with a circular issued about ten years ago, many buildings designed for different purposes have been built in the last ten years, as well as many city hospital buildings, and are still being built. As a result, although modern seismic design methods are not widespread enough in Türkiye for the time being, they have reached a level that is not to be underestimated when compared to the countries that first addressed this issue, but the architectural design requirements specific to these modern methods are not well known by the architectural circles and the projects are mostly designed by design offices abroad. Although my first scientific contact with this subject dates back many years, my academic and practical studies in this context continued mostly in the form of adaptation of energy damping systems to traditional seismic design in existing buildings until recently due to the fact that it was an expensive method at that time, but today, especially the widespread use of base seismic isolation systems, The fact that the subject has not yet found a place in architectural education and the fact that I have seen that there is a lack of this issue in architectural circles has led me to research this subject again but in terms of architectural design requirements, As a civil engineer and at the same time as an academician with a history of approximately 36 years in architectural education, I decided to research the effects of modern seismic isolationsystems on architectural design and took a step for the formation of this book in your hand and decided to have a undergraduate study in the context of examining and evaluating the subject in terms of architectural design.

Summary
CHAPTER 1 Introduction

CHAPTER 2 Traditional and Modern Understanding of Seismic Design and Seismic Control Methods
2.1 Traditional Seismic Design Aim and Approach
2.1.1 Concepts of traditional seismic design approach
2.1.2 Advantages and disadvantages of traditional seismic design
2.1.3 Requirement for a new design approach
2.2 Modern Seismic Design Aim and Approach
2.2.1 History of modern seismic design approach
2.2.2 Concepts of modern seismic design approach
2.2.3 Advantages & disadvantages of modern seismic design
2.3 Seismic Control Methods
2.3.1 Active control methods
2.3.2 Passive control methods

CHAPTER 3 Seismic Control Methods Analysis in National and International Specifications with Concerns Architectural Design
3.1 FEMA 454 Design for Earthquakes-A Manual for Architects / Chapter 7 Seismic Design: Present, Past and Future
3.2 EUROCODE 8 Design of Earthquake Resistant Structures / Chapter 10 Base Isolation
3.3 Architectural Institute of Japan-AIJ / Design Recommendations for Seismically Isolated Buildings
3.4 Japan Aseismic Safety Organization-JASO / Planning of Seismically Isolated Structures
3.5 New Zealand Society for Earthquake Engineering-NZSEE / Guidelines for the Design of Seismic Isolation Systems for Buildings
3.7 Turkish Building Earthquake Code (TBEC) 2018 / CHAPTER 14 - Special Rules for the Design of Isolated Building Structural Systems Under Earthquake Effects
3.7 FEMA P-58-7 (2018) Guidance for Building Seismic Performance Level
3.8 Evaluation of Seismic Control Methods in National and International Specifications in terms of Architectural Design

CHAPTER 4 Principles of Seismic Control and Architectural Design in Buildings
4.1 Seismic Control and Architectural Design Principles for New Buildings
4.1.1 Concepts of modern seismic design in new buildings
4.1.2 Examples of new buildings with seismic control methods and architectural design
4.1.3 Architectural design assessment and recommendations for new buildings
4.2 Seismic Control and Architectural Design Principles for Existing Buildings
4.2.1 Seismic base isolation systems in existing buildings
4.2.2 Seismic energy damping systems in existing buildings
4.2.3 Hybrid isolation systems in existing buildings
4.2.4 Concepts of modern seismic design in existing buildings
4.2.5 Examples of existing buildings retrofitted with seismic control methods and architectural design
4.2.6 Architectural design assessment and recommendations for existing buildings
4.3 Seismic Control and Architectural Design Principles in Historical Buildings
4.3.1 Concepts of modern seismic design in historical buildings
4.3.2 Examples of historical buildings retrofitted with seismic control methods and architectural design
4.3.3 Architectural design assessment and recommendations for historical buildings

CHAPTER 5 Conclusion

References
Index

Hilal Günay

Prof. Dr. Necdet Torunbalcı