Hideo Kiyama

Q: What Schools Are Affiliated With Hideo Kiyama

Hideo Kiyama is affiliated with the following schools: University of Tokyo, Kanagawa University, Saitama University, Kyoto University

Hideo Kiyama's AcademicInfluence.com Rankings

Hideo Kiyama

Political Science

#3831

World Rank

#4571

Historical Rank

Asian Studies

#111

World Rank

#180

Historical Rank

political-science Degrees

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Political Science

Hideo Kiyama's Degrees

PhD Sinology Kyoto University
Masters Sinology Kyoto University
Bachelors Chinese Language and Literature Kyoto University

Why Is Hideo Kiyama Influential?

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According to Wikipedia, Hideo Kiyama is a Japanese Sinologist. He was born in Arakawa, Tokyo and graduated from the University of Tokyo. Selected works Beijing kujūanki: Zhou Zuoren in the Era of the Sino-Japanese War, 『北京苦住庵記日中戦争時代の周作人』, Chikuma Shobō, Publishers, 1978

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Hideo Kiyama's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Rapid Determination of the Tensile Strength of Rocks with Irregular Test Pieces (1965) (47)
APPLICATION OF CUNDALL'S DISCRETE BLOCK METHOD TO GRAVITY FLOW ANALYSIS OF ROCK-LIKE GRANULAR MATERIALS (1983) (21)
AN ADVANCED DISTINCT ELEMENT MODEL COUPLING WITH PORE WATER (1994) (9)
Parametric Three-dimensional Simulations of Dispersion of Rockfall Trajectories (2008) (4)
A STUDY ON THE FATIGUE LIFE OF CONCRETE BY THE STATISTIC TREATMENT (1972) (4)
Numerical Simulation of Effects of Slope Micro-Topography on Rockfall Trajectories (2010) (3)
Hydraulic Behaviour of Rock Joints Through the Infrared Photo Image Analysis (1991) (3)
The "Literary Renaissance" and the "Literary Revolution" (1997) (3)
Investigations on the Disc Test, Ring Test and Indentation Test for Rocks (1969) (2)
Theoretical Construction of Bearing Characteristic Curve in Tunnelling. (1992) (2)
Analysing Ventilation Network Problems by a Digital Computer (1967) (2)
Distinct Element Analysis of the Fenner-Pacher Type Characteristic Curve For Tunnelling (1991) (2)
GRAVITY FLOW OF ROCK-LIKE GRANULAR MATERIALS (1982) (1)
Rock Mechanics. A Incremental Formulation of FLEM Based on the Objective Stress-Rate for Large Deformation Analysis. (1999) (1)
Study on element constants of distinct element method. (1990) (1)
Studies on autogenous grinding — Theoretical analysis of the rock fracture experienced in free-fall impact (1973) (1)
Theoretical studies on the behavior of concrete under bearing pressure (1970) (1)
Distinct Element Analysis and Model Test of Granular Ground : Ground Movement due to Shallow Tunneling( Minor Spacial Issue on Rock Mechanics) (1986) (1)
STRESS-STRAIN BEHAVIOR OF CONCRETE IN PRE-AND POST-FAILURE REGION (1975) (0)
The Fundamental Study on the Rheological Properties of Fresh Concrete--The Propagation Characteristics under the Ultrasonic Transmitted (鳥取大学工学部創立十周年記念号) (1976) (0)
Elastic Analysis of Surface Subsidence due to Shallow Tunneling (1982) (0)
Two-Dimensional Elastic Analysis for a Circular Tunnel Lining in the Pre-deformed Ground Due to Initial Stresses-An approach to quantitative evaluation of the load bearing capacity of the surrounding rock mass. (1998) (0)
Use of DEM to model the contact force between soil particles in moist condition (2003) (0)
Evaluation of Damaged Zone around Underground Structures due to Excavation by Acoustic Emission Technique Koji HATA, Hiroya MATSUI, Hideo KIYAMA and Hideo KINASHI (2004) (0)
Basic Study on Distinct Element Method to Dynamic Behavior of Fill Dam (1997) (0)
Elastic And Inelastic Behaviours of Rock Masses In the Load-displacement Relation Obtained Through Borehole Jacking (1993) (0)
Numerical simulation for the stabilily of a stecked-drift-type tunnel (2003) (0)
EVALUATION OF DAMAGED ZONE AROUND UNDERGROUND STRUCTURES DUE TO EXCAVATION BY ACOUSTIC EMISSION TECHNIQUE (2002) (0)
「AE法を利用した地下空洞掘削影響領域評価に関する研究」への討議・回答 (2004) (0)
Elastic Analysis of Sallow Tunneling under the Inclined Surface (1984) (0)
A STUDY ON THE STRESS RELAXATION OF CONCRETE (1975) (0)
A PROPOSAL OF THE FLOW ELEMENT METHOD FOR LARGE DEFORMATION AND FLOW PROBLEMS OF A CONTINUUM (1991) (0)
A Proposal of the Flow Element Method for Large Deformation and Flow Problems of a Continuum Hideo KIYAMA, Hisashi FUJIMURA and Tsuyoshi NISHIMURA (1992) (0)
A Quantitative Evaluation of the Load Bearing Capacity of Ground And Characteristic Curves of Tunneling (2003) (0)
A Note on Feiming's Manuscript "On Alaya-vijnana" (1994) (0)
A Practical Formulation of Flow Element Method For Large Shear Deformations (1999) (0)
A three-dimensional simulation model for rockfall using distinct element method (2020) (0)
STUDY ON MATERIAL CONSTANTS OF DISTINCT ELEMENT METHOD USING SHEAR MODELS (1987) (0)
APPLICABILITY OF THE BULK COMPRESSION METHOD TO THE USUAL CRUSHERS FOR CONCRETE AND ROAD CONSTRUCTIVE CRUSHED STONE (1980) (0)
Experimental Study on Ground Movement due to Tunnelling at Shallow Depth. (1992) (0)
A Proposal of the Flow Element Method For Large Deformations of a Continuum And Its Application Coupled With the Distinct Element Method to an Analysis of Stacked-drift-type Tunnels (1995) (0)
Granular Assembly Simulation For Lateral Earth Pressure On Retaining Wall Using Distinct Element Method (1994) (0)
EXTENDED ABSTRACTS: 1. TUNNELLING – 1.2 Theoretical and Numerical Analyses (2006) (0)
Probabilistic Rockfall Encounter Analysis Using a Three-dimensional Simulation Model (2007) (0)
THEORETICAL ANALYSIS OF FENNER-PACHER-LIKE CHARACTERISTIC CURVES FOR TUNNELING BY DISTINCT ELEMENT METHOD (1988) (0)
THEORETICAL CONSTRUCTION OF CHARACTERISTIC CURVE OF TUNNEL-SUPPORT FROM A TWO-DIMENSIONAL ELASTIC SOLUTION (1999) (0)
Determination of Tensile Strength of Concrete by Compressing Cylindrical Test Pieces Axially over Limited Areas (1969) (0)
Two-Dimensional Elastic Analysis and Distinct Element Modeling for Characteristic Curves of Tunneling (2003) (0)
In-Situ Measurements of Permeability in an Uranium Ore Vein and the Surrounding Soft Rock Ground: Fundamental studies on the permeability analysis for in-place leaching (2nd Report)@@@インプレース・リーチングのための基礎研究 (第2報) (1980) (0)
A STUDY ON THE STRENGTH OF ARTIFICIAL LIGHTWEIGHT AGGREGATE CONCRETE UNDER SPILLITING TEST SUBJECTED TO CONCENTRATED LOADS (1972) (0)
Title Hydrolysis Products of Tungstates (2018) (0)
Laboratory Measurements of Permeability of Soft Rock Ground: Foundamental studies on the pemleability analysis for in-place leaching@@@インプレース・リーチングのための基礎研究 (1979) (0)

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What Schools Are Affiliated With Hideo Kiyama?

Hideo Kiyama is affiliated with the following schools:

Hideo Kiyama's Academic­Influence.com Rankings