1 Fox, S., "Traditional Leakage Models for Leakage Modelling: Effective or Not?" 119 : 35-42, 2015
2 Ferrante, M., "The leak Law: from Local to Global Scale" 70 : 651-659, 2014
3 Matsumoto, K., "Study on Crack Opening Area and Coolant Leak Rates in Pipe Cracks" 46 : 35-50, 1991
4 Grebner, H., "Results of a Benchmark Test on the Crack Opening and Leak Rate Calculation" 61 : 35-39, 1995
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6 Shehadeh, M., "Modeling the Effect of Incompressible Leakage Patterns on Rupture Area in Pipeline" 5 : 132-142, 2013
7 Nasir, M. T., "Measurement Error Sensitivity Analysis for Decting and Locating Leak in Pipeline using ANN and SVM" 2014
8 Li, X., "Leak Rate Calculation for LBB Analysis in High Temperature Gas-Cooled Reactors" 240 : 3231-3237, 2010
9 Lee, P. J., "Leak Location using the Pattern of the Frequency Response in Pipeliens: a Numerical Study" 284 : 1051-1073, 2005
10 Yano, T., "Leak Flow Rate from a Through-Wall Crack in a Pipe" 31 : 494-504, 1988
1 Fox, S., "Traditional Leakage Models for Leakage Modelling: Effective or Not?" 119 : 35-42, 2015
2 Ferrante, M., "The leak Law: from Local to Global Scale" 70 : 651-659, 2014
3 Matsumoto, K., "Study on Crack Opening Area and Coolant Leak Rates in Pipe Cracks" 46 : 35-50, 1991
4 Grebner, H., "Results of a Benchmark Test on the Crack Opening and Leak Rate Calculation" 61 : 35-39, 1995
5 Wang, M., "Research on the Leak Rate Characteristics of Leak-Before-Break (LBB) in Pressurized Water Reactor (PWR)" 62 : 133-140, 2014
6 Shehadeh, M., "Modeling the Effect of Incompressible Leakage Patterns on Rupture Area in Pipeline" 5 : 132-142, 2013
7 Nasir, M. T., "Measurement Error Sensitivity Analysis for Decting and Locating Leak in Pipeline using ANN and SVM" 2014
8 Li, X., "Leak Rate Calculation for LBB Analysis in High Temperature Gas-Cooled Reactors" 240 : 3231-3237, 2010
9 Lee, P. J., "Leak Location using the Pattern of the Frequency Response in Pipeliens: a Numerical Study" 284 : 1051-1073, 2005
10 Yano, T., "Leak Flow Rate from a Through-Wall Crack in a Pipe" 31 : 494-504, 1988
11 Bariha, N., "Hazard Analysis of Failure of Natural Gas and Petroleum Gas Pipelines" 40 : 217-226, 2016
12 Beck, S. B. M., "Explicit Equations for Leak Rates through Narrow Cracks" 82 : 565-570, 2005
13 Wolf, B., "Experiments on Choking Flow of Subcooled Liquid through a Simulated Steam Generator Tube Crack"
14 Narabayashi, T., "Experimental Study on Leak Flow Model through Fatigue Crack in Pipe" 128 : 17-27, 1991
15 Hong, C., "Estimation of Leak Flow Rates through Narrow Cracks" 131 : 051405-, 2009
16 Olsen, J. E., "Current Understanding of Subsea Gas Release: a Review" 94 : 209-219, 2016
17 Liu, C., "Computational Fluid dynamic Simulation of Pressure Perturbations Generation for Gas Pipelines Leakage" 119 : 213-223, 2015
18 Ben-Mansour, R., "Computational Fluid Dynamic Simulation of Small Leaks in Water Pipelines for Direct Leak Pressure Transduction" 57 : 110-123, 2012
19 Kim, Y. S., "Comparison of Critical Flow Models for SBLOCA Tests of the ATLAS Facility" 87 : 435-442, 2016
20 Revankar, S. T., "Assessment of Steam Generator Tube Flaw Size and Leak Rate Models" 167 : 157-168, 2009
21 Xing, D., "A Theoretical Analysis about the Effect of Aspect Ratio on Single-Phase Laminar Flow in Rectangular Ducts" 65 : 1-7, 2013