nkysdb: 共著者関連データベース
榎並 昭 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "榎並 昭")
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))
1991: 地盤の非線形特性のモデル化と地震応答解析 地中地震観測地点の地震応答解析
1992: 東京圏に見る地盤の高度利用(現在の地盤の利用とその問題点) 3.1 大規模構造物基礎と地盤,事例 1超高層ビル
Efficient Land Utilization in the Metropolitan Area ( Case Studies of the Latest Projects and Their Key Technologies ) 3.1 Foundation of Large Structures (1) Highrise Buildings and the Ground
1992: 間隙水圧の上昇を考慮した等価線形化法による地盤の地震応答解析
1994: 中空ねじりせん断試験装置を用いた地盤系仮動的実験システムの開発
Development of Earthquake Response Simulation System on Surface Ground by Pseudo Dynamic Test Using Hollow Cylindrical Torsional Test Apparatus
1994: 習志野キャンパスの高密度地震観測地点におけるシミュレーション解析
Simulation Analysis at Location of Dense Seismometer Array Observation in Narashino Campus
1994: 表層地盤の液状化発生時の地震動強さ その1. 仮動的実験法にいよる砂地盤の液状化
Intensity of Earthquake Ground Motion of Surface Soils at Occurrence of Liquefaction (Part1: Liquefaction of Sands by Pseudo Dynamic Testing Methods)
1994: 表層地盤の液状化発生時の地震動強さ その2. 地表面最大速度
Intensity of Earthquake Ground Motion of Surface Soils at Occurrence of Liquefaction (Part2: Maximum Velocity of Ground Surface)
1995: ひずみエネルギー蓄積量に基づく間隙水圧モデル
Pore Water Pressure Model of Saturated Sand Based on the Store of Strain Energy
1995: 表層地盤の液状化発生時の地震動強さ その3. 中空ねじりせん断試験装置を用いた仮動的実験による検討
Intensity of Earthquake Ground Motion of Surface Soils at Occurrence of Liquefaction (Part 3: Evaluation by Pseudo Dynamic Test using a Hollow Torsional Shear Apparatus)
1995: 飽和砂地盤の液状化過程におけるひずみエネルギー特性
Characteristics of Strain Energy in Liquefaction Process of Saturated Sands
1996: 地震時のエネルギー特性に基づく間隙水圧モデルの提案 その1. 間隙水圧上昇過程の評価
Proposal of pore water pressure model based on characteristics of energy during earthquake (Part 1. Estimation of the buildup process of pore water pressure)
1996: 地震時のエネルギー特性に基づく間隙水圧モデルの提案 その2. サイクリックモビリティの評価と検証解析
Proposal of pore water pressure model based on characteristics of energy during earthquake (Part2. Estimation of cyclic mobility and verification analysis)
1996: 有効応力解析による表層地盤の液状化発生時の地震動強さ
Intensity of Earthquake Ground Motions at Occurrence of Liquefaction by Effective stress Analysis