References
- SKI Report 96-58 DECOVALEX Mathematical Models of Coupled T-H-M Processes for Nu-clear Waste Repositories, Executive Summary for Phase Ⅰ,Ⅱand Ⅲ L. Jing (et al.)
- SKI Report 95-80 DECOVALEX Mathematical Models of Coupled T-H-M Processes for Nu-clear Waste Repositories,Report of Phase Ⅲ L. Jing (et al.)
- UK Nirex Project Manager for the DECOVALEX Ⅱ private commuication with Dr L Knight 황용수
- 한국암반공학회지 no.3월 KBS-3 개념에 따른 포화 암반 내 사용후핵연료 처분을 위한 열, 수리, 역학적 특성해석 황용수(외)
- SKB TR 95-31 DECOVALEX Ⅰ, Test case 1: Coupled Stress-Flow Model I. Rosengren;M Christianson
- SKB TR 95-30 DECOVALEX Ⅰ,Bench Marking Test 3 : Themal-Hydro-mechanical Modelling J. Israelsson
- SKB TR 95-29 DECOVALEX Ⅰ,Test Case3: Calculation of the Big Ben Experiment Coupled Modelling of theThermal, Mechanical and Hydraulic Behavior of Water-Unsaturated Buffer Material in a Simulated Deposition Hole L. Borgesson (et al.)
- SKB TR 95-28 DECOVALEX Ⅰ, Test case 2: Calculation of Fanay-Augeres THMTest-Thermomecahnical Modelling of a Fractured Rock Volume L. Borgesson(et al.)
- 3DEC, Distinct Element Code, User Guide P. Cundell
- private communication with A. Herbert in AEA Technology 황용수
- private communication with A. Hoch in AEA Technology 황용수
- private communication with N. Barton in NGI 황용수
- ConnectFlow 1.0, User Guide L. Hartley (et al.)
- private communication with S. T. Morris in AEA Technology 황용수
- private communication with P. Larsson 황용수
- Water Resource Reserch v.19 no.2 A Note on Fracture Flow Dispersion Mechanisms in the Ground I. Neretnieks
- Water Resource Reserch v.27 no.12 A Large Scale Flow and Tracer Experiment in Granite, 1. Experimental Design and Flow Distribution H. Abelin;L Birgersson
- Water Resource Reserch v.27 no.12 A Large Scale Flow and Tracer Experiment in Granite, 2. Results and Interpretation H. Abelin(et al.)
- Nuclear Technology Brine Migration in a Salt Repository 황용수(외)