“…The design parameters of the test facility were determined using an appropriate scaling method for similarity, and it has been described in the Part I paper (Hong et al, 2013). The present work validates the scaled reactor vessel design from the multi-dimensional temperature and flow distribution perspectives using three-dimensional CFD analyses for both the KALIMER-600 prototype and the one-fifth scale model.…”
Section: Scaling Evaluation Methods Using Cfdmentioning
confidence: 67%
“…However, the present CFD analyses do not consider the temperature variations of the thermodynamic properties of sodium; instead, constant values were used. The variations of the sodium temperature based on the designed temperature of the hot and cold pools was approximately 150 K, and the thermodynamic properties varied by less than 10% in this level of temperature variation (Hong et al, 2013). The representative thermodynamic properties of sodium are presented in Table 2.…”
Section: Analysis Results and Discussionmentioning
confidence: 99%
“…According to the scaling criteria given in Part I (Hong et al, 2013), the scaling ratios of the one-fifth model to prototype are 1/5 for the length, 1/25 for the area, 1 ffiffiffi 5 p for the velocity, 1=ð25…”
Section: Cfd Analyses Of the 1/5 Scale Modelmentioning
confidence: 99%
“…The thermal hydraulic test facility was scaled down to be one-fifth of the size of KALIMER-600. The sizing of the test facility was determined based on a similarity scaling law as described in Part I of this research (Hong et al, 2013).…”
“…The design parameters of the test facility were determined using an appropriate scaling method for similarity, and it has been described in the Part I paper (Hong et al, 2013). The present work validates the scaled reactor vessel design from the multi-dimensional temperature and flow distribution perspectives using three-dimensional CFD analyses for both the KALIMER-600 prototype and the one-fifth scale model.…”
Section: Scaling Evaluation Methods Using Cfdmentioning
confidence: 67%
“…However, the present CFD analyses do not consider the temperature variations of the thermodynamic properties of sodium; instead, constant values were used. The variations of the sodium temperature based on the designed temperature of the hot and cold pools was approximately 150 K, and the thermodynamic properties varied by less than 10% in this level of temperature variation (Hong et al, 2013). The representative thermodynamic properties of sodium are presented in Table 2.…”
Section: Analysis Results and Discussionmentioning
confidence: 99%
“…According to the scaling criteria given in Part I (Hong et al, 2013), the scaling ratios of the one-fifth model to prototype are 1/5 for the length, 1/25 for the area, 1 ffiffiffi 5 p for the velocity, 1=ð25…”
Section: Cfd Analyses Of the 1/5 Scale Modelmentioning
confidence: 99%
“…The thermal hydraulic test facility was scaled down to be one-fifth of the size of KALIMER-600. The sizing of the test facility was determined based on a similarity scaling law as described in Part I of this research (Hong et al, 2013).…”
A large scale sodium test facility of ‘CPTL’(Component Performance Test Loop) for simulating thermal hydraulic behavior of the Korean demonstration fast reactor components such as IHX(Intermediate Heat Exchanger), DHX(Decay Heat Removal Heat Exchanger) and sodium pump under development by KAERI is to be constructed. The design temperature of this test loop is 600°C and design pressure is 1MPa. The three heat exchangers are made of Grade 91 steel. Another sodium test facility of the ‘STEF’(Sodium Thermal-Hydraulic Experimental Facility) will be constructed next to the CPTL facility to simulate the passive decay heat removal behavior in the sodium cooled fast reactor. In this paper, the overall facility features of the CPTL and STEF are introduced and preliminary conceptual design of the facilities are carried out.
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