nkysdb: なかよし論文データベース
金子 善宏 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "金子 善宏")
共著回数と共著者名 (a list of the joint author(s))
22: 金子 善宏
5: Kearse Jesse
2: Bryant Chow, Pavel Inchin, 後藤 浩之, 足立 舜
1: Andy Howell, Avouac Jean-Philippe, Chi-Hsien Tang, Emily Warren-Smith, Hamling Ian, Hsu Ya-Ju, Jonathan Snively, Katie Jacobs, Langridge Robert, Martha Savage, Milliner Chris, Nicol Andy, Peter Shearer, Roberto Sabatini, Rouet-Leduc Bertrand, 乘杉 玲壽, 佐脇 泰典, 堀 高峰, 安藤 亮輔, 宮﨑 真一, 小山 凱, 山下 裕亮, 山田 知朗, 望月 公廣, 榎本 倫太郎, 福島 洋, 稼農 悠人, 脳塚 義豊
発行年とタイトル (Title and year of the issue(s))
2020: 断層条線の特性から探る大地震の破壊伝播方向(S10 03)
On fault geological fingerprint of earthquake rupture direction (S10 03)
2021: なぜ2016年Kaikoura地震でHope断層は連動破壊しなかったのか？(S08 04)
Why the Hope fault bypassed during the 2016 Kaikoura earthquake? (S08 04)
2021: 不均質な摩擦パラメータを伴う断層におけるb値の時間変化(S08P 11)
Temporal evolution of b values in rate and state fault models with frictional heterogeneities (S08P 11)
2021: 動的破壊モデルから考察する複雑な断層形状がもたらす条線への影響(S08 18)
Dynamic simulations of coseismic slickenlines on non planar and rough faults (S08 18)
2021: 階層パッチ構造をもつ動的破壊シミュレーションを用いた地震の震源パラメータのスケール法則の検証(S08 06)
Investigation of scaling laws for earthquake source parameters using simulations of dynamic rupture with a hierarchical patch structure (S08 06)
2022: SSE後の沈み込み帯地震の発生確率に対する単純な物理モデルでの評価：ヒクランギ巨大地震への適用
Simple Physical Model for the Probability of a Subduction Zone Earthquake Following Slow Slip Events and Earthquakes: Application to the Hikurangi Megathrust, New Zealand
2022: The origin of large, long period near fault ground velocities during surface breaking strike slip earthquakes (SSS10 03)
2022: Why do Gutenberg Richter b values decrease with time prior to large earthquakes? Insights from rate and state earthquake cycle simulations with frictional heterogeneities (SCG44 P28)
2022: ニュージーランド北島北東沖の付加体及び浅部スロースリップ発生域へのAdjoint tomographyの適用(S06P 03)
Adjoint tomography of an accretionary wedge and shallow slow slip regions in the North Island of New Zealand (S06P 03)
2022: 不均質な摩擦パラメータを伴う断層における本震前のb値の減少とその要因(S08P 14)
Why do Gutenberg Richter b values decrease with time prior to large earthquakes? Insights from rate and state earthquake cycle simulations with frictional heterogeneities (S08P 14)
2022: 動的破壊モデルから考察する複雑な断層形状がもたらす条線への影響(S08P 12)
Dynamic simulations of coseismic slickenlines on non planar and rough faults (S08P 12)
2022: 動的破壊モデルから考察する複雑な断層形状がもたらす条線への影響(SSS07 18)
Dynamic simulations of coseismic slickenlines on non planar and rough faults (SSS07 18)
2022: 階層パッチ構造をもつ動的破壊シミュレーションを用いた地震の震源パラメータのスケーリング則の検証(S08P 11)
Investigation of earthquake source scaling laws using dynamic rupture simulations with a hierarchical patch structure (S08P 11)
2022: 階層パッチ構造をもつ動的破壊シミュレーションを用いた地震の震源パラメータのスケーリング則の検証(SCG44 11)
Investigation of Scaling Laws for Earthquake Source Parameters Using Simulations of Dynamic Rupture with a Hierarchical Patch Structure (SCG44 11)
2023: Dynamic rupture modeling of near fault co seismic displacements during the 2022 Taitung earthquake – what can we constrain using near fault data? (SSS06 01)
2023: Which earthquake source parameters promote the excitation of infrasonic acoustic waves and TEC perturbations (SSS07 15)
2023: ニュージーランド北島北東沖の付加体及び浅部スロースリップ発生域へのAdjoint tomographyの適用(SSS08 P04)
Adjoint tomography of an accretionary wedge and shallow slow slip regions in the North Island of New Zealand (SSS08 P04)
2024: Earthquake Source Impacts on the Generation and Propagation of Seismic Infrasound to the Upper Atmosphere (SSS07 P19)
2024: Kinematic and dynamic rupture modeling of the 2024 Mw7.5 Noto earthquake (U16 P08)
2024: Machine learning predicts earthquakes in the continuum model of a rate and state fault and in a meter scale laboratory experiment (SCG40 05)
2024: Re examination of TEC anomalies in the ionosphere before large earthquakes (SSS06 P09)
2024: Seismic source spectral properties of dynamic rupture with a self similar, self healing slip pulse (SSS05 P11)