nkysdb: 共著者関連データベース
YABE Yasuo 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "YABE Yasuo")
共著回数と共著者名 (a list of the joint author(s))
28: YABE Yasuo
8: NAKATANI Masao, NAOI Makoto
7: SATO Namiko
6: KAWAKATA Hironori, OGASAWARA Hiroshi
5: KGARUME Thabang, MORIYA Hirokazu, MURAKAMI Osamu
4: KATO Naoyuki, MASAKALE Thabang, OTSUKI Kenshiro, PHILIPP Joachim, RIBEIRO Luiz, WARD Anthony
2: ARIYOSHI Keisuke, HASEGAWA Akira, HORIUCHI Shigeki, IGARASHI Toshihiro, KHAMBULE Sifiso, KWIATEK Grzegorz, MIYAKAWA Koji, OMURA Kentaro, PLENKERS Katrin, WATANABE Atsushi, YOSHIMITSU Nana
1: DEMACHI Tomotsugu, DURRHEIM Ray, DURRHEIM Raymond J., GEORG Dresen, HINO Ryota, HIRASAWA Tomowo, IINUMA Takeshi, JAGUAS group, JANSSEN Christoph, KANEDA Yoshiyuki, KATSURA Taishi, MATSUZAWA Toru, MIURA Satoshi, MOREMA Gilbert, NAKAO Shigeru, OHTA Yusaku, OHZONO Mako, SATO Toshiya, SATOH Takashi, SONG Sheng-Rong, TACHIBANA Kenji, VAN ASWEGEN Gerrie, WANG Chien-Ying, WARD Anthony K., WATANABE Takayoshi
発行年とタイトル (Title and year of the issue(s))
1999: Relation Between Time Interval and Local Stress Drop pf Multiple Unstable Sliding on an Experimental Fault With a Bend
1999: Stress State around the Nojima Fault Estimated from Core Measurements
2001: Elastic property of damaged zone inferred from in situ stress near fault
2001: Rate Dependence of AE Activity during Frictional Sliding
2001: Strength of Fault as Infferred from the Stresses Measured in the Vicinity of the Nojima Fault (Extended Abstract)
2001: Stresses at sites close to the Nojima Fault measured from core samples
2002: Elastic Property of Damaged Zone Interred from In situ Stresses near Fault : The Changes in Seismic Wave Velocities Caused by Faulting
2002: Elastic property of damaged zone inferred from in situ stress and its role on the shear strength of faults
2002: Rate dependence of AE activity during frictional sliding
2003: Effect of Sliding Rate on the Activity of Acoustic Emission During Stable Sliding
2003: Elastic Property of Damaged Zones Inferred from the In situ Stress: Seismic Wave Velocities and their Shifts Caused by Faulting (SS02/03A/A03 009)
2003: Numerical Simulation Study on Recent Crustal Deformation in the Tokai Area, Central Japan (SS02/04A/D 056)
2003: Spatial Variation in Frictional Property on Plate Interface East Off NE Japan (SS02/04A/D 033)
2008: Damage zone thickness as a factor for the potential magnitude of earthquakes on a fault (X3 013)
2008: Evolution of source characteristics of AE events during frictional sliding
2008: In situ stress at the northern portion of the Chelungpu fault, Taiwan, estimated on boring cores recovered from a 2 km deep hole of TCDP
2009: Aftershock activity of a M2 earthquake in a deep South African gold mine spatial distribution and magnitude frequency relation (A31 03)
2009: Character of slip and stress due to interaction between fault segments along the dip direction of a subduction zone
2010: Comparison of stress state around the Atera fault, central Japan, estimated using boring core samples and by improved hydraulic fracture tests
2010: In situ stress at a site close proximity to the Gofukuji Fault, central Japan, measured using drilling cores
2011: Twenty Thousand Aftershocks of a Very Small (M 2) Earthquake and Their Relation to the Mainshock Rupture and Geological Structures
2012: Strain anomalies induced by the 2011 Tohoku Earthquake (Mw 9.0) as observed by a dense GPS network in northeastern Japan
2014: Frequency–Magnitude Distribution of −3.7
2015: Nucleation process of an M2 earthquake in a deep gold mine in South Africa inferred from on fault foreshock activity
2015: Quasi Static Slip Patch Growth to 20 m on a Geological Fault Inferred from Acoustic Emissions in a South African Gold Mine
2015: Steady activity of microfractures on geological faults loaded by mining stress
2015: Unexpectedly frequent occurrence of very small repeating earthquakes ( 5.1 ≤ Mw ≤ –3.6) in a South African gold mine: Implications for monitoring intraplate faults
2016: Delineation of large localized damage structures forming ahead of an active mining front by using advanced acoustic emission mapping techniques