NSTL国家科技图书文献中心

1. Seismic Site Characterization of Coimbatore city, Tamil Nadu, India using the Multi-channel Analysis of Surface Waves (MASW) test and Correlations between shear-wave velocity and SPT - N NSTL国家科技图书文献中心

Sambath, Manoharan | Chandrasekaran, Semb...... - 《Journal of Applied Geophysics》 - 2025,232 - 共22页

摘要： been used for seismic* site classification in* | Seismic Site Characterization involves the | subsurface is mainly linked to seismic site | role in seismic* microzonation and Ground Response* | city. The seismic* records have been acquired in the*

关键词： MASW | Shear-wave velocity | Seismic site classification | Fundamental site period | SPT-N | Empirical correlation

2. Site classification of locations of installed sensors in the Kumaon Region of the Himalayas using empirical approaches NSTL国家科技图书文献中心

Pankaj,Kumar | Ashok,Kumar - 《Arabian journal of geosciences》 - 2025,18(1) - 共27页

摘要：Abstract Seismic* site classification not only* | is crucial for seismic* hazard assessment but also* | State Earthquake Early Warning System (UEEWS) seismic | classification approaches have been applied to classify the | obtained from the average HVSR curve of the site* and*

关键词： HVSR | Predominant period | Vs30 | Kumaon region of the Himalayas | UEEWS

3. Seismic hazard assessment for some selected historical pharaonic temples' sites, south of Egypt NSTL国家科技图书文献中心

Hamed, Ahmed | El-Amin, Ezzat M.... - 《Natural Hazards》 - 2025,121(2) - 2347～2369 - 共23页

摘要： NEHRP site* classification. The obtained seismic hazard* | , the seismic* activity is low to moderate. Therefore* | seismic hazard assessment has been conducted for south | ' sites, utilizing the probabilistic seismic* hazard* | rock site* conditions have been estimated according to*

关键词： Archeological sites | Seismic hazard | Pharaonic temples | Peak ground acceleration | Uniform hazard spectra | Deaggregated

4. Diagenetic and sequence stratigraphic controls on reservoir quality in the Upper Jurassic Smackover Formation, southern Arkansas, USA NSTL国家科技图书文献中心

Manche, Cameron J. | Markello, Jim ... - 《Marine and Petroleum Geology》 - 2025,177 - 共25页

摘要： producing lithium-rich brines and a potential site* for* | seismic profile, the Smackover "B" is interpreted to | , dissolution, and dolomitization. Based on the classification | The Upper Jurassic Smackover Formation of the | U.S. Gulf Coast Region is a mature hydrocarbon play

关键词： Oxfordian stage | Smackover formation | Sequence stratigraphy | Carbonate diagenesis | Dolomitization

5. Machine learning application to seismic site classification prediction model using Horizontal-to-Vertical Spectral Ratio (HVSR) of strong-ground motions NSTL国家科技图书文献中心

Phi, Francis G. | Cho, Bumsu ... - 《Geomechanics and engineering》 - 2024,37(6) - 539～554 - 共16页

摘要： model for seismic* site classification through the* | seismic site classification when supported by | balancing for precise seismic soil classification | seven machine learning models using seismic* data from* | potential of machine learning in optimizing site

关键词： earthquake | machine learning | seismic design | site characterization | site classification prediction

6. Seismic site classification based on H/V spectral ratio from strong ground motion records: the urban areas of Bursa province NSTL国家科技图书文献中心

Coban, Kaan Hakan - 《Journal of seismology》 - 2024,28(2) - 321～344 - 共24页

摘要： identify PGA values, site* classification is usually* | It is known that the site* classifications are* | areas with increased seismic* hazard. Additionally* | identify the site* classifications for Bursa province by* | from the site* structure were observed in the H/V*

关键词： H/V spectral ratio | Site classification | Response spectrum | GMPE | Seismic hazard | Bursa | SINGLE-STATION MICROTREMOR | EASTERN ANATOLIAN REGION | WAVE-VELOCITY STRUCTURE | PREDICTION EQUATIONS...

7. An optimization suggestion for site classification scheme in Chinese seismic code based on clustering analysis of site amplification NSTL国家科技图书文献中心

Liu Y. | Ren Y.... - 《Soil dynamics and earthquake engineering》 - 2024,187(Dec.) - 1.1～1.13 - 共13页

摘要： to whether the scope of site* classification II is* | classification scheme for Chinese seismic code using clustering | by the site* classification scheme of Chinese* | classification scheme, and suggest dividing site class II into | too broad in current Chinese seismic* code. To*

关键词： Chinese seismic code | Clustering analysis | ite classification scheme optimization | Site amplification | Thicknesses of sedimentary layers

8. Evaluation of Site Classification and Amplification Factors Using Different Revisions of the Indian Seismic Code NSTL国家科技图书文献中心

Adhikary, Shrabony | Salunkhe, Jalinder S...... - 《Indian Geotechnical Journal》 - 2024,54(5) - 1912～1923 - 共12页

摘要： sites were classified as per the site classification | The Indian seismic* code IS 1893 has evolved* | been made in the present study to compare the site | classification scheme and amplification factors adopted in the | the change in site* class determined for a particular*

关键词： IS 1893 Part 1 | Site amplification | Response spectra | Ground response analysis

9. Geotechnical data based seismic microzonation in Seoul using region-specific and code-based site amplification models NSTL国家科技图书文献中心

Lee, Youngsuk | Lee, Yong-Gook ... - 《Bulletin of earthquake engineering》 - 2024,22(5) - 2375～2403 - 共29页

摘要： revised site* classification system of Aaqib et al* | We develop seismic* microzonation maps in Seoul* | , resulting in significant overlapping of site* parameters* | for different classes. The site* period dependent* | representative classification* map. We further develop the*

关键词： Seismic microzonation | Site amplification | Geotechnical database | Shallow deposits | Site classification system | SHEAR-WAVE VELOCITY | UNCERTAINTY | RESISTANCE | ZONATION | COASTAL...

10. A Novel VS30 Prediction Strategy Taking Fluid Saturation into Account and a New VS30 Model of Türkiye NSTL国家科技图书文献中心

Okay, Hakan Bora | Ozacar, Atilla Arda - 《Bulletin of the Seismological Society of America》 - 2024,114(2) - 1048～1065 - 共18页

摘要： as a proxy to represent site* responses. However* | The averaged shear-wave velocity of the top 30 | m (VS30) is widely used in earthquake engineering | , the spatial availability of measured VS30 is rather | limited, and, so far, a region-specific VS30 model that

摘要： been used for seismic* site classification in* | Seismic Site Characterization involves the | subsurface is mainly linked to seismic site | role in seismic* microzonation and Ground Response* | city. The seismic* records have been acquired in the*

关键词： MASW | Shear-wave velocity | Seismic site classification | Fundamental site period | SPT-N | Empirical correlation

摘要：Abstract Seismic* site classification not only* | is crucial for seismic* hazard assessment but also* | State Earthquake Early Warning System (UEEWS) seismic | classification approaches have been applied to classify the | obtained from the average HVSR curve of the site* and*

关键词： HVSR | Predominant period | Vs30 | Kumaon region of the Himalayas | UEEWS

摘要： NEHRP site* classification. The obtained seismic hazard* | , the seismic* activity is low to moderate. Therefore* | seismic hazard assessment has been conducted for south | ' sites, utilizing the probabilistic seismic* hazard* | rock site* conditions have been estimated according to*

关键词： Archeological sites | Seismic hazard | Pharaonic temples | Peak ground acceleration | Uniform hazard spectra | Deaggregated

摘要： producing lithium-rich brines and a potential site* for* | seismic profile, the Smackover "B" is interpreted to | , dissolution, and dolomitization. Based on the classification | The Upper Jurassic Smackover Formation of the | U.S. Gulf Coast Region is a mature hydrocarbon play

关键词： Oxfordian stage | Smackover formation | Sequence stratigraphy | Carbonate diagenesis | Dolomitization

摘要： model for seismic* site classification through the* | seismic site classification when supported by | balancing for precise seismic soil classification | seven machine learning models using seismic* data from* | potential of machine learning in optimizing site

关键词： earthquake | machine learning | seismic design | site characterization | site classification prediction

摘要： identify PGA values, site* classification is usually* | It is known that the site* classifications are* | areas with increased seismic* hazard. Additionally* | identify the site* classifications for Bursa province by* | from the site* structure were observed in the H/V*

关键词： H/V spectral ratio | Site classification | Response spectrum | GMPE | Seismic hazard | Bursa | SINGLE-STATION MICROTREMOR | EASTERN ANATOLIAN REGION | WAVE-VELOCITY STRUCTURE | PREDICTION EQUATIONS...

摘要： to whether the scope of site* classification II is* | classification scheme for Chinese seismic code using clustering | by the site* classification scheme of Chinese* | classification scheme, and suggest dividing site class II into | too broad in current Chinese seismic* code. To*

关键词： Chinese seismic code | Clustering analysis | ite classification scheme optimization | Site amplification | Thicknesses of sedimentary layers

摘要： sites were classified as per the site classification | The Indian seismic* code IS 1893 has evolved* | been made in the present study to compare the site | classification scheme and amplification factors adopted in the | the change in site* class determined for a particular*

关键词： IS 1893 Part 1 | Site amplification | Response spectra | Ground response analysis

摘要： revised site* classification system of Aaqib et al* | We develop seismic* microzonation maps in Seoul* | , resulting in significant overlapping of site* parameters* | for different classes. The site* period dependent* | representative classification* map. We further develop the*

关键词： Seismic microzonation | Site amplification | Geotechnical database | Shallow deposits | Site classification system | SHEAR-WAVE VELOCITY | UNCERTAINTY | RESISTANCE | ZONATION | COASTAL...

摘要： as a proxy to represent site* responses. However* | The averaged shear-wave velocity of the top 30 | m (VS30) is widely used in earthquake engineering | , the spatial availability of measured VS30 is rather | limited, and, so far, a region-specific VS30 model that

关键词： SEISMIC SITE CONDITIONS | GROUND-MOTION | TOPOGRAPHIC SLOPE | CONDITIONS MAP | PROXY | WAVE | CLASSIFICATION | CALIFORNIA

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： been used for seismic site classification in | Seismic Site Characterization involves the | subsurface is mainly linked to seismic site | role in seismic microzonation and Ground Response | city. The seismic records have been acquired in the

关键词： MASW | Shear-wave velocity | Seismic site classification | Fundamental site period | SPT-N | Empirical correlation

摘要：Abstract Seismic site classification not only | is crucial for seismic hazard assessment but also | State Earthquake Early Warning System (UEEWS) seismic | classification approaches have been applied to classify the | obtained from the average HVSR curve of the site and

关键词： HVSR | Predominant period | Vs30 | Kumaon region of the Himalayas | UEEWS

摘要： NEHRP site classification. The obtained seismic hazard | , the seismic activity is low to moderate. Therefore | seismic hazard assessment has been conducted for south | ' sites, utilizing the probabilistic seismic hazard | rock site conditions have been estimated according to

关键词： Archeological sites | Seismic hazard | Pharaonic temples | Peak ground acceleration | Uniform hazard spectra | Deaggregated

摘要： producing lithium-rich brines and a potential site for | seismic profile, the Smackover "B" is interpreted to | , dissolution, and dolomitization. Based on the classification | The Upper Jurassic Smackover Formation of the | U.S. Gulf Coast Region is a mature hydrocarbon play

关键词： Oxfordian stage | Smackover formation | Sequence stratigraphy | Carbonate diagenesis | Dolomitization

摘要： model for seismic site classification through the | seismic site classification when supported by | balancing for precise seismic soil classification | seven machine learning models using seismic data from | potential of machine learning in optimizing site

关键词： earthquake | machine learning | seismic design | site characterization | site classification prediction

摘要： identify PGA values, site classification is usually | It is known that the site classifications are | areas with increased seismic hazard. Additionally | identify the site classifications for Bursa province by | from the site structure were observed in the H/V

关键词： H/V spectral ratio | Site classification | Response spectrum | GMPE | Seismic hazard | Bursa | SINGLE-STATION MICROTREMOR | EASTERN ANATOLIAN REGION | WAVE-VELOCITY STRUCTURE | PREDICTION EQUATIONS...

摘要： to whether the scope of site classification II is | classification scheme for Chinese seismic code using clustering | by the site classification scheme of Chinese | classification scheme, and suggest dividing site class II into | too broad in current Chinese seismic code. To

关键词： Chinese seismic code | Clustering analysis | ite classification scheme optimization | Site amplification | Thicknesses of sedimentary layers

摘要： sites were classified as per the site classification | The Indian seismic code IS 1893 has evolved | been made in the present study to compare the site | classification scheme and amplification factors adopted in the | the change in site class determined for a particular

关键词： IS 1893 Part 1 | Site amplification | Response spectra | Ground response analysis

摘要： revised site classification system of Aaqib et al | We develop seismic microzonation maps in Seoul | , resulting in significant overlapping of site parameters | for different classes. The site period dependent | representative classification map. We further develop the

关键词： Seismic microzonation | Site amplification | Geotechnical database | Shallow deposits | Site classification system | SHEAR-WAVE VELOCITY | UNCERTAINTY | RESISTANCE | ZONATION | COASTAL...

摘要： as a proxy to represent site responses. However | The averaged shear-wave velocity of the top 30 | m (VS30) is widely used in earthquake engineering | , the spatial availability of measured VS30 is rather | limited, and, so far, a region-specific VS30 model that

关键词： SEISMIC SITE CONDITIONS | GROUND-MOTION | TOPOGRAPHIC SLOPE | CONDITIONS MAP | PROXY | WAVE | CLASSIFICATION | CALIFORNIA

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： been used for seismic* site classification in* | Seismic Site Characterization involves the | subsurface is mainly linked to seismic site | role in seismic* microzonation and Ground Response* | city. The seismic* records have been acquired in the*

摘要：Abstract Seismic* site classification not only* | is crucial for seismic* hazard assessment but also* | State Earthquake Early Warning System (UEEWS) seismic | classification approaches have been applied to classify the | obtained from the average HVSR curve of the site* and*

摘要： NEHRP site* classification. The obtained seismic hazard* | , the seismic* activity is low to moderate. Therefore* | seismic hazard assessment has been conducted for south | ' sites, utilizing the probabilistic seismic* hazard* | rock site* conditions have been estimated according to*

摘要： producing lithium-rich brines and a potential site* for* | seismic profile, the Smackover "B" is interpreted to | , dissolution, and dolomitization. Based on the classification | The Upper Jurassic Smackover Formation of the | U.S. Gulf Coast Region is a mature hydrocarbon play

摘要： model for seismic* site classification through the* | seismic site classification when supported by | balancing for precise seismic soil classification | seven machine learning models using seismic* data from* | potential of machine learning in optimizing site

摘要： identify PGA values, site* classification is usually* | It is known that the site* classifications are* | areas with increased seismic* hazard. Additionally* | identify the site* classifications for Bursa province by* | from the site* structure were observed in the H/V*

摘要： to whether the scope of site* classification II is* | classification scheme for Chinese seismic code using clustering | by the site* classification scheme of Chinese* | classification scheme, and suggest dividing site class II into | too broad in current Chinese seismic* code. To*

摘要： sites were classified as per the site classification | The Indian seismic* code IS 1893 has evolved* | been made in the present study to compare the site | classification scheme and amplification factors adopted in the | the change in site* class determined for a particular*

摘要： revised site* classification system of Aaqib et al* | We develop seismic* microzonation maps in Seoul* | , resulting in significant overlapping of site* parameters* | for different classes. The site* period dependent* | representative classification* map. We further develop the*

摘要： as a proxy to represent site* responses. However* | The averaged shear-wave velocity of the top 30 | m (VS30) is widely used in earthquake engineering | , the spatial availability of measured VS30 is rather | limited, and, so far, a region-specific VS30 model that