[PDF] Top 20 High-Temperature CANDU Fuel Pin Deformation: Experiment and Model
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High-Temperature CANDU Fuel Pin Deformation: Experiment and Model
... during high-temperature abnormal reactor events (Kohn et ...from fuel pins to the pressure tube (Walters and Williams ...the fuel pin surface and pressure tube, potentially leading to ... See full document
10
Determining a Flow Stress Model for High Temperature Deformation of Ti-6Al-4V
... Analysis of the methodology and experimental techniques used to generate the data from these studies show that despite the same overall form of equation used, and similar values for the parameters used, there are major ... See full document
9
POST-CRITICAL DEFORMATION OF THIN-WALLED LOAD-BEARING AIRCRAFT STRUCTURE REPRESENTING FRAGMENT OF THE ONE-WAY TORSION BOX
... the experiment allows to assess similarity of dis- placements distribution as sufficient, both in the qualitative and quantitative ...the model, deformation took form of single fold in the upper ... See full document
7
Micromechanics of plasticity of Zr-2.5%Nb alloy
... the CANDU reactors as they carry the fissile uranium fuel bundles and also transport the heavy water coolant to the ...plastic deformation in very small regions near these surface scratches is ... See full document
170
High temperature deformation of Vitreloy bulk metallic glasses and their composite
... I also deeply appreciate support from Prof. William L. Johnson, whose insight and passion for science never fail to inspire me. I am grateful for being able to benefit from numerous discussions with him and all the ... See full document
15
Multi response optimization of spray characteristics of biodiesel in constant volume chamber
... of experiment consists of a set of experiments which is the setting of several products or process parameters to be studied that are changed from one experiment to ...the fuel delivery parameters ... See full document
7
Artificial Neural Network Model for Estimation of Wear and Temperature in Pin disc Contact
... network model is develops to predict the wear, temperature of disc and pad by known five affecting parameters: rotational speed, pressure, contact time, initial disc temperature, initial pad ...a ... See full document
11
CANDU-Specific Severe Core Damage Accident Experiments in Support of Level 2 PSA
... to model the experiment, a simple numerical model was developed using ABAQUS, which is a finite element code for numerical analysis of mechanical and/or thermal ...The model was used to ... See full document
8
Fuel Element High-Temperature Bowing Behavior under External and Internal Heating: Comparative Study
... FES deformation response at temperatures above the high-rate creep temperature ...the experiment utilising the Internal indirect heating method, the sag rate during the ... See full document
10
High temperature creep deformation and failure of Zircaloy cladding in irradiated PHWR fuel pins subjected to isothermal heating at 700-900 C
... High temperature deformation behaviour of irradiated Zircaloy-2 cladding has been studied by carrying out isothermal heating of irradiated PHWR fuel pins, having burnup up to 15000MWd/tU at ... See full document
8
Probabilistic Evaluation in Support of Risk Informed Pressure Tube Maintenance
... the CANDU ® operators with a risk-informed fuel channel management program, AECL developed a probabilistic methodology to assess the probability of pressure tube rupture resulting from contact and ... See full document
8
LiFeO₂ as an anode material for high temperature fuel cells
... achieve high mechanical strength and desired porosity ...at high temperatures, the green body can be sintered to form NiO-YSZ composite then reduced to form a porous Ni-YSZ cermet (ceramic-metal) ... See full document
187
Evolution of the electrochemical interface in high temperature fuel cells and electrolysers
... surface of the support (see Figure 6). The final microstructure is obtained after drying and decomposing the precursor, leaving the nanosized metal or metal oxide particles behind (Figure 6). Often, in situ reduction is ... See full document
26
Prismatic core high temperature reactor fuel modelling incorporating fuel rotation
... Examination of material composition radially after 1359 days in the core, which would traditionally be termed the end of life for the core, and comparing gives rise to an average method for comparison. The material ... See full document
21
The Primary Circuit of the Dragon High Temperature Reactor Experiment
... The emplacement of the main reactor components is shown in Fig. 1: The reactor pressure vessel [39] is a long, bottle-shaped steel construction divided vertically into two parts by the main shield plug [44]. The upper ... See full document
10
Influence of Azimuth and Radial Neutron and Thermal Sources Anisotropy on Contact Problem Simulation in Real Fuel Pellet-Cladding Configuration Using FEM
... nuclear fuel as a basic part of each NPP is more and more apparent, so the effort of our work is to describe more correctly the behaviour of the cylindrical fuel rods under more stringent operational ... See full document
13
Green House Monitoring and Automation Using GSM Module
... The soil moisture level is also controlled to a predefined ideal level like temperature monitor and control system. The sensor was simulated using a non-linear potentiometer and it is an input to the ... See full document
6
Central Station Fast Breeder Reactor Plutonium Fuel Requirements EUR 3697
... MAIN LIMITATIONS AND FUTURE DEVELOPMENT As to the present status of experience we see the main limitations for a high performance oxide fuel pin layout in the radial swelling problem and[r] ... See full document
22
Behavior of Nb and Cu Nb Composites under Severe Plastic Deformation and Annealing
... with high dislocation density and markedly non-uniform dislocation distribution, with cells the sizes of ...with high- and low-angle ...mainly high-angle ... See full document
12
A simple high performance matrix free biomass molten carbonate fuel cell without CO2 recirculation
... fuel is used. Here, high power densities of 430 mW/cm 2 (4.3 kW/m 2 ) and 410 mW/cm 2 (4.1 kW/m 2 ) were achieved when charcoal and wood, respectively, were used as fuel. This newly designed MCFC can ... See full document
10
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