nkysdb: なかよし論文データベース
吉田 昌平 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "吉田 昌平")
共著回数と共著者名 (a list of the joint author(s))
60: 吉田 昌平
52: 香川 敬生
43: 野口 竜也
15: 上野 太士
7: 西川 隼人
1: Archuleta Ralph, Chen Ji, Ji Chen, Ralph Archuleta, 中川 要之助, 入江 紀嘉, 前原 俊春, 小林 昇, 小穴 温子, 岡田 康男, 星山 賢太郎, 朝日 秀伍, 染井 一寛, 森田 悠平, 津吉 祐典, 田中 元, 留奥 勝也, 盛川 仁, 福田 優平, 福田 大地, 青地 秀雄, 駒澤 正夫, 鳥田 晴彦
発行年とタイトル (Title and year of the issue(s))
1990: 小起伏山地の第四紀自然史と地盤条件
The Quaternary history and the Engineeringgeology of Lowrelief Mountain
1991: 日本の地盤連載(3) 岡山県の地盤
2014: 1943年鳥取地震の学校被害地点における常時微動を用いた地盤構造推定と地震動評価(D31 08)
Estimation of underground structure from microtremor observation and ground motion evaluation at school damage points in the 1943 Tottori Earthquake (D31 08)
2014: 重力異常および微動による鹿野断層とその周辺の地盤構造推定(S16 P06)
Determination of Underground Structure of Shikano Fault in Tottori Prefecture Using Gravity Anomalies and Microtremor data (S16 P06)
2015: 1943年鳥取地震の学校被害地点における常時微動による地盤構造推定と地震動評価(SSS25 P14)
Estimation of Subsurface Structure from Microtremor and Strong Ground Motion Evaluation of the 1943 Tottori Earthquake (SSS25 P14)
2015: 1943年鳥取地震の学校被害地点における微動探査を用いた地盤構造推定と地震動評価(B13 787)
Estimation of Subsurface Structure from Microtremor Observation and Strong Ground Motion Evaluation at School Damage Sites due to the 1943 Tottori Earthquake (B13 787)
2015: 地表および潜在断層地震における地震動特性の関する基礎的研究(S16 P15)
Differences of Ground Motion Characteristics Between Surface and Buried Rupture Earthquake (S16 P15)
2015: 微動・重力探査に基づく鳥取県鹿野地域における地盤震動特性の評価と地盤構造の推定(SSS25 P13)
Estimation of Subsurface Structure based on Microtremor and Gravity Survey in the Shikano Area, Tottori Prefecture (SSS25 P13)
2015: 稠密微動観測による鹿野断層および鹿野町市街地の地盤構造推定(S16 P05)
Determination of Underground Structure of Shikano Fault and Shikano cho Urban Area in Tottori Prefecture based on dense Microtremor observation (S16 P05)
2015: 鳥取県内の地震観測点における地盤構造の把握とサイト特性の評価(B13 797)
Prehension of Subsurface Structure and Evaluation of Site Effects at Strong Ground Motion Observation Sites in Tottori Prefecture (B13 797)
2015: 鳥取県内の地震観測点における地盤構造の推定
Determination of Subsurface Structure at Strong Ground Motion Observation Sites in Tottori Prefecture
2016: 1943年鳥取地震鹿野断層における地中レーダーおよび微動探査
Ground Penetrating Radar and Microtremor Observation in the Shikano Fault of the 1943 Tottori Earthquake
2016: 2016年熊本地震で生じた地表地震断層ごく近傍の強震動について(A24 904)
Strong Motion Characteristics in the Vicinity of Surface Fault Rupture at Suburbs of Mashiki Town due to the 2016 Kumamoto Earthquake (A24 904)
2016: 2016年熊本地震で被災した益城町中心部における南北測線の微動特性(S21 P16)
Microtremor Characteristics along North to South line in Severely Damaged Mashiki Downtown Area by the 2016 Kumamoto Earthquake (S21 P16)
2016: 2016年熊本地震の益城町郊外に生じた地表地震断層近傍における振動被害に関する考察(S21 31)
A Study on Disaster by Ground Motions in the Vicinity of Surface Fault Rupture appeared at suburbs of Mashiki town due to the 2016 Kumamoto Earthquake (S21 31)
2016: レシーバー関数を用いた鳥取県内の地震観測点における地盤構造推定(SSS25 P25)
Estimation of Subsurface Structure Using Receiver Function at Seismograph Observatory Site in Tottori Prefecture (SSS25 P25)
2016: 平成28年熊本地震時に益城町郊外で生じた地表地震断層近傍の地震動について
A Study on Ground Motion Characteristics in the Vicinity of Surface Fault Rupture Appeared at Suburbs of Mashiki Town due to the 2016 Kumamoto Earthquake
2016: 平成28年熊本地震被災域における余震および微動観測の速報 益城町における地表断層周辺と地形変化に着目して (MIS34 P75)
Quick report of aftershock and microtremor observations in disaster area due to the 2016 Kumamoto Earthquake – From points of view of surface faulting and geographic transition in Mashiki town (MIS34 P75)
2016: 微動および地中レーダー探査による鹿野断層の地盤構造の把握(HP1)
Subsurface Structure of Shikano Fault in Tottori Prefecture based on Microtremor and Ground Penetrating Radar observation (HP1)
2016: 日本内陸における地表および潜在断層地震による地震動特性に関する研究(SCG61 P03)
Difference in Ground Motion Characteristics Between the Surface and Buried Rupture Crustal Earthquake in Japan (SCG61 P03)
2016: 日本内陸における地表及び潜在断層地震の地震動特性に関する基礎的研究(C12 927)
Difference in Ground Motion Characteristics between the Surface and Buried Rupture Inland Crustal Earthquake in Japan (C12 927)
2016: 有限差分法を用いた地表及び潜在断層地震における地震波動伝播シミュレーション(S15 P09)
Simulation of Seismic Wave Propagation between Surface and Buried Rupture Earthquake Using Finite Difference Method (S15 P09)
2016: 鳥取県の強震観測点におけるレシーバー関数による地盤構造の同定(S16 P11)
Determination of Subsurface Structure Using Receiver Function at Seismograph Observatory Site in Tottori Prefecture (S16 P11)
2016: 鳥取県中部地域における地下構造探査および地震記録の分析(SSS25 P26)
Exploration of Underground Structure and Analysis of Seismic data in Central Area of Tottori Prefecture (SSS25 P26)
2016: 鳥取県鹿野地域における地盤構造および地盤震動特性(C13 924)
Subsurface Structure and Ground Vibration Characteristic in the Shikano Area, Tottori Prefecture (C13 924)
2017: 1943年鳥取地震の鹿野断層における微動および地中レーダー探査による断層調査
Fault Survey Based on Microtremor Observation and Ground Penetrating Radar in the Shikano Fault of the 1943 Tottori Earthquake
2017: 2016年熊本地震に伴う地表地震断層のごく近傍における地震動特性について(SSS07 06)
Ground Motion Characteristics in the Vicinity of Surface Fault Ruptures due to the 2016 Kumamoto Earthquake (SSS07 06)
2017: 2016年鳥取県中部の地震で見られた非線形地盤応答の基礎的検討(S15 10)
A Primary Study for Non linear Site Responses Observed under the 2016 Central Tottori Earthquake (S15 10)
2017: 2016年鳥取県中部の地震における鳥取大学の強震観測記録 鳥取県湯梨浜町高辻の記録
A Strong Motion Record Due to the 2016 Central Tottori Earthquake Observed by Tottori University A Record at Takatsuji site, Yurihama Town, Tottori Prefecture
2017: 2016年鳥取県中部地震の臨時余震観測および被害地域における微動観測(SSS15 P16)
Observation of aftershock due to the 2016 mid Tottori prefecture earthquake and microtremor observation in the structural damage area of mid Tottori prefecture, Japan (SSS15 P16)
2017: 平成28年熊本地震被災域における高密度微動観測(SCG70 P01)
Dense Microtremor observations in disaster area due to the 2016 Kumamoto Earthquake (SCG70 P01)
2017: 平成28年鳥取県中部の地震で得られた強震観測記録について(SSS15 15)
Strong ground motions observed under the 2016 mid Tottori prefecture earthquake, Japan (SSS15 15)
2017: 日本内陸における地表および潜在断層地震の地震動特性と震源特性に関する検討
Difference of Ground Motion and Seismic Source Characteristics between Surface and Buried Rupture Inland Crustal Earthquakes in Japan
2017: 横ずれ断層近傍強震動への破壊伝播の影響
A Study on Near Source Strong Motions of Strike Slip Faults Considering Various Rupture Scenarios
2017: 経験的グリーン関数法を用いた2016年鳥取県中部の地震の余震観測点における強震動シミュレーション(S15 P24)
Strong ground motion simulation at after shock observation points for the central Tottori earthquake (S15 P24)
2017: 経験的グリーン関数法を用いた2016年鳥取県中部の地震の震源断層のモデル化(SSS15 P03)
Source model for the 2016 mid Tottori prefecture earthquake using Empirical Green’s function (SSS15 P03)
2017: 鳥取県中部小鹿谷および高辻地区における稠密微動観測(S16 P06)
Dense Microtremor Observation in Osikadani and Takatsuji district, Mid Tottori Prefecture (S16 P06)
2018: 1943年鳥取地震の吉岡断層における稠密微動観測
Microtremor Observation in the Yoshioka Fault of the 1943 Tottori Earthquake
2018: 2016年鳥取県中部の地震における非線形地盤応答 (C21 1114)
Nonlinear Soil Response Due to the 2016 Central Tottori Earthquake (C21 1114)
2018: 2016年鳥取県中部の地震による被害要因と地盤震動特性の把握(SSS14 P16)
Characteristics of ground vibration and cause of structural damage due to the 2016 central Tottori prefecture earthquake in the central Tottori prefecture, Japan (SSS14 P16)
2018: 2016年鳥取県中部の地震の臨時余震観測点とその記録を用いた強震動評価 (C11 1117)
Strong Ground Motion Evaluation at After Shock Observation Sites Due to the 2016 Central Tottori Earthquake (C11 1117)
2018: 2018年島根県西部の地震による被害地域での臨時余震観測および微動観測 (C13 1331)
Observation of Aftershock Due to the 2018 Western Shimane Prefecture Earthquake and Microtremor Observation in the Structural Damage Area of Shimane Prefecture, Japan (C13 1331)
2018: 2018年島根県西部の地震の臨時余震観測および被害地域における微動観測(S14 04)
Observation of aftershock due to the 2018 West Shimane prefecture earthquake and microtremor observation in the structural damage area of Ohda City, Shimane Prefecture, Japan (S14 04)
2018: 南阿蘇村黒川地区における微動観測による地盤震動特性の把握および地盤構造の推定(SSS14 P08)
Estimation of subsurface structures from microtremor surveys in Kurokawa area, South Aso village, Kumamoto, Japan (SSS14 P08)
2018: 国内の内陸地殻内地震の地表および潜在断層地震の震源特性の違い(SSS14 P31)
Difference in seismic source characteristics between surface and buried fault rupture of crustal earthquake in Japan (SSS14 P31)
2018: 熊本県益城町における3次元重力基盤構造に基づく地震動評価(SSS14 P07)
Evaluation of strong ground motion based on 3 D gravity basement structure in the Mashiki, Kumamoto, Japan (SSS14 P07)
2018: 破壊伝播の違いによる横ずれ断層近傍の強震動 (C11 1110)
A Study on Near Source Strong Motions of Strike Slip Faults Considering Various Rupture Scenarios (C11 1110)
2018: 経験的グリーン関数法に基づく2018年島根県西部の地震の震源断層のモデル化(S14 P23)
Source Model for the 2018 Shimane Ken Seibu Earthquake based on the Empirical Green's Function Method (S14 P23)
2018: 鳥取県境港市で観測される長周期地震動階級 2018年大阪府北部の地震など (S24 P09)
Long period ground motion levels observed at Sakaiminato city, Tottori prefecture Example by the 2018 northern part of Osaka earthquake (S24 P09)
2019: 地表および潜在断層地震における国内の内陸地殻内地震の短周期レベルのスケーリング則の違い(SSS13 P16)
Difference in short period level between the surface and buried fault rupture crustal earthquake in Japan (SSS13 P16)
2019: 島根県大田市波根地区および久手地区における稠密微動観測(SSS13 P30)
Densely microtremor observation to estimation of subsurface structure in Hane and Kute area, Ohda City, Shimane Prefecture, Japan (SSS13 P30)
2019: 鳥取県北栄町由良地区および西園地区における稠密微動観測(SSS13 P31)
Densely microtremor observation to estimation of subsurface structure in Nishizono and Yura area, Hokuei Town, Tottori Prefecture, Japan (SSS13 P31)
2019: 鳥取県境港市で観測されるやや長周期地震動(S21P 09)
Long period ground motion observed at Sakai minato city, Tottori, prefecture (S21P 09)
2021: 2021年福島県沖の地震（Mj7.3）の強震動評価に基づいた強震動予測手法の適用性評価(S15P 06)
Applicability of the strong ground motion prediction method to the 2021 Fukushima oki earthquake (Mj7.3) (S15P 06)
2021: Estimate of the rupture process of the 2021 off Fukushima earthquake based on the finite fault source inversion Inferred from strong motion records (S15 08)
2022: Estimate the Physical Implication of the Faulting Process of the Intra Slab Earthquake based on the Finite Fault Source Inversion (SCG43 04)
2022: Near Field Ground Motion Simulation based on Depth Dependent Stress Accumulation Model Ⅱ, Application to 2014 Northern Nagano Earthquake (S15 02)
2023: 特性化震源モデルに基づく2022年台東地震（Mw6.9）の断層浅部すべりに関する検討(S15 16)
Study on the Shallow Fault Slip of the 2022 Taitung, Taiwan, Earthquake (Mw6.9) Based on Characterized Fault Models (S15 16)
2024: 2024年能登半島地震で観測された強震動とスペクトル距離減衰式の比較(S15 08)
Comparison with spectral attenuation formula for strong ground motion observed in the 2024 Noto Peninsula Earthquake (S15 08)
2024: 震源インバージョン解析および経験的グリーン関数法を用いた2024年能登半島地震（Mw7.5）の広帯域震源モデルの構築(S22P 10)
Broadband source model for the 2024 Noto Hanto, Japan, earthquake using empirical Green's function method and waveform inversion analysis (S22P 10)