nkysdb: なかよし論文データベース
中山 雅之 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "中山 雅之")
共著回数と共著者名 (a list of the joint author(s))
発行年とタイトル (Title and year of the issue(s))
2012: 受け盤型地すべりの解析事例
An analytical case of opposite dip type landslide
2014: 入力振動の強さと振動数に対する砂山の挙動の依存性を調べるための予備実験(S12 P05)
Preliminary experiments of vibrating a sand pile to understand the dependence of its behavior on anplitude and frequency of vibration (S12 P05)
2015: 入力振動に対する砂山の挙動を調べる実験装置の改良 地すべり発生メカニズム解明に向けて (SSS30 P15)
Improvement of an experimental equipment for vibrating a sand pile For understanding the mechanism of landslides (SSS30 P15)
2015: 土層実験における弾性波の計測(S12 P04)
Measurement of the elastic waves propagating in soil layer (S12 P04)
2016: 砂層地盤における弾性波高周波成分の透過実験(S12 P02)
Transmission experiment of high frequency elastic waves through a porous sand soil (S12 P02)
2017: 水槽実験を用いた表層崩壊模擬斜面における弾性波透過特性の変化の検出(SSS11 P05)
Detection of the changes in elastic wave characteristics in the model slope before and during shallow landslides (SSS11 P05)
2017: 表層崩壊の早期予警報の実現に向けた弾性波による斜面モニタリングの試み 模型実験による検証
A trial for slope monitoring using elastic waves toward early warning of shallow landslides insights from a model test
2017: 軟弱地盤の構造変化検出を目的とした弾性波モニタリングの試み
Trial of Monitoring Elastic Waves Designed to Detect Temporal Changes in Subsurface Structure of Soft Ground
2017: 飽和過程における砂層地盤中を伝播する弾性波の計測手法の改良(S12 P04)
Improvement in transmission experiment of elastic waves through partially saturated porous sand soil (S12 P04)
2022: 円筒形試料内で発生するAE震源の絶対位置精度を評価するための弾性波透過実験(S12 05)
Elastic wave transmission experiment to evaluate the accuracy of absolute AE locations in a cylindrical sample (S12 05)
2022: 斜面における降雨期間中の能動的弾性波モニタリングの試み(S01 03)
Active seismic monitoring tests on a field slope during rainfall (S01 03)
2023: Elastic wave transmission experiment to evaluate the accuracy of absolute AE locations in an acrylic cylindrical specimen (SSS07 08)
2023: 斜面における弾性波能動観測による降雨前後の地盤内弾性波速度および速度構造の推定(SSS07 04)
Estimation of shallow subsurface structure of elastic wave velocity before and after rainfall by active seismic monitoring on a slope (SSS07 04)