Ikuti
Jovica Riznic
Jovica Riznic
Canadian Nuclear Safety Commission
Email yang diverifikasi di CANADA.CA
Judul
Dikutip oleh
Dikutip oleh
Tahun
The logical framework approach-millennium
J Couillard, S Garon, J Riznic
Project Management Journal 40 (4), 31-44, 2009
1372009
Bubble number density and vapor generation in flashing flow
JR Riznic, M Ishii
International Journal of Heat and Mass Transfer 32 (10), 1821-1833, 1989
1111989
Steam generators for nuclear power plants
J Riznic
Woodhead Publishing, 2017
572017
OPDE—The international pipe failure data exchange project
B Lydell, J Riznic
Nuclear Engineering and Design 238 (8), 2115-2123, 2008
552008
On the spherically symmetric phase change problem
J Riznic, G Kojasoy, N Zuber
International Journal of Fluid Mechanics Research 26 (2), 1999
291999
Flashing flow of subcooled liquid through small cracks
ST Revankar, B Wolf, JR Riznic
Procedia Engineering 56, 454-461, 2013
172013
Phase-interface phenomena in multiphase flow
GF Hewitt, F Mayinger, JR Riznic
New York, NY (USA); Hemisphere Publishing, 1991
171991
Mechanistic model for void distribution in flashing flow
J Riznic, M Ishii, N Afgan
Institut za Nuklearne Nauke Boris Kidric, Belgrade (Yugoslavia); Argonne …, 1987
161987
Evaluation of the integrity of steam generator tubes subjected to flow induced vibrations
M Hassan, J Riznic
Journal of Pressure Vessel Technology 136 (5), 051301, 2014
152014
A new capacitance sensor for measuring the void fraction of two-phase flow through tube bundles
W Ahmed, A Fatayerji, A Elsaftawy, M Hassan, D Weaver, J Riznic
Sensors 20 (7), 2088, 2020
142020
Introduction to steam generators-from Heron of Alexandria to nuclear power plants: Brief history and literature survey
J Riznic
Steam Generators for Nuclear Power Plants, 3-33, 2017
142017
A comprehensive flow-induced vibration model to predict crack growth and leakage potential in steam generator tubes
S El Bouzidi, M Hassan, J Riznic
Nuclear Engineering and Design 292, 17-31, 2015
112015
Commissioning Tests for an Experimental Study of Steam Generator Tube Loading During Blowdown
O Hamouda, DS Weaver, J Riznic
Pressure Vessels and Piping Conference 55683, V004T04A074, 2013
112013
An experimental investigation of subcooled choked flow in actual steam generator tube cracks
ST Revankar, J Riznic
Nuclear Engineering and Design 354, 110144, 2019
102019
Instrumentation Development and Validation for an Experimental Study of Steam Generator Tube Loading During Blowdown
O Hamouda, DS Weaver, J Riznic
Pressure Vessels and Piping Conference 46025, V005T11A004, 2014
92014
INVESTIGATION OF subscriptCOOLEDWATER DISCHARGE THROUGH SIMULATED STEAM GENERATOR TUBE CRACKS
S Revankar, B Wolf, JR Riznic
Multiphase Science and Technology 25 (2-4), 2013
92013
An experimental model study of steam generator tube loading during a sudden depressurization
O Hamouda, DS Weaver, J Riznic
Journal of Pressure Vessel Technology 138 (4), 041302, 2016
82016
Experimental investigation of subcooled choking flow in a steam generator tube crack
H Nguyen, M Brown, ST Revankar, J Riznic
International Conference on Nuclear Engineering 50053, V005T15A017, 2016
82016
Assessment of steam generator tube flaw size and leak rate models
ST Revankar, JR Riznic
Nuclear technology 167 (1), 157-168, 2009
82009
A stochastic model for piping failure frequency analysis using OPDE data
XX Yuan, MD Pandey, J Riznic
72009
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