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이영준(Young June Lee),최재성(Jae Sung Choi) 대한설비공학회 2022 대한설비공학회 학술발표대회논문집 Vol.2022 No.6
When an earthquake occurs, even if the structural elements of the building are not damaged, malfunctions such as fire, power outage, and water outage may occur due to damage to equipment not applied with seismic design. As a result, secondary damage may occur due to disaster prevention, crime prevention, and loss of core functions of the building. In the case of the Gyeongju earthquake (2016) and the Pohang earthquake (2017), the damage to non-structural elements was three times greater than that of structural elements. In the case of the Gyeongju earthquake, 4,678 (more than 50%) of 9,352 accidents were non-structural element damage. In addition to the damage that makes it impossible to perform the normal function of the building itself due to safety problems, property loss, and loss of function, there have been reports of reduced or interrupted productivity. In this paper, the seismic design standards of other fields were investigated and a multi-year implementation plan was established to prepare the optimal seismic design standards for mechanical facilities by considering the relationship with the building structural design standards. In addition, the 「Earthquake-Resistant Design Guidelines for Mechanical Equipment Heat Source Equipment(Draft)」was prepared and a plan was proposed to link it to the 「Technical Standards for Mechanical Equipment」.
이영준(Young June Lee),최재성(Jae Sung Choi) 대한설비공학회 2022 대한설비공학회 학술발표대회논문집 Vol.2022 No.6
When an earthquake occurs, even if the structural elements of the building are not damaged, malfunctions such as fire, power outage, and water outage may occur due to damage to equipment not applied with seismic design. As a result, secondary damage may occur due to disaster prevention, crime prevention, and loss of core functions of the building. In the case of the Gyeongju earthquake (2016) and the Pohang earthquake (2017), the damage to non-structural elements was three times greater than that of structural elements. In the case of the Gyeongju earthquake, 4,678 (more than 50%) of 9,352 accidents were non-structural element damage. In addition to the damage that makes it impossible to perform the normal function of the building itself due to safety problems, property loss, and loss of function, there have been reports of reduced or interrupted productivity. In this paper, the seismic design standards of other fields were investigated and a multi-year implementation plan was established to prepare the optimal seismic design standards for mechanical facilities by considering the relationship with the building structural design standards. In addition, the 「Earthquake-Resistant Design Guidelines for Mechanical Equipment Heat Source Equipment(Draft)」was prepared and a plan was proposed to link it to the 「Technical Standards for Mechanical Equipment」.
이영준(Young June Lee),최재성(Jae Sung Choi) 대한설비공학회 2022 대한설비공학회 학술발표대회논문집 Vol.2022 No.6
When an earthquake occurs, even if the structural elements of the building are not damaged, malfunctions such as fire, power outage, and water outage may occur due to damage to equipment not applied with seismic design. As a result, secondary damage may occur due to disaster prevention, crime prevention, and loss of core functions of the building. In the case of the Gyeongju earthquake (2016) and the Pohang earthquake (2017), the damage to non-structural elements was three times greater than that of structural elements. In the case of the Gyeongju earthquake, 4,678 (more than 50%) of 9,352 accidents were non-structural element damage. In addition to the damage that makes it impossible to perform the normal function of the building itself due to safety problems, property loss, and loss of function, there have been reports of reduced or interrupted productivity. In this paper, the seismic design standards of other fields were investigated and a multi-year implementation plan was established to prepare the optimal seismic design standards for mechanical facilities by considering the relationship with the building structural design standards. In addition, the 「Earthquake-Resistant Design Guidelines for Mechanical Equipment Heat Source Equipment(Draft)」was prepared and a plan was proposed to link it to the 「Technical Standards for Mechanical Equipment」.