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Contribution List

Displaying 39 contributions out of 39
Session: ABWR Simulator Exercises - Malfunctions
Session: ABWR Simulator Exercises - Trips and Recovery
Session: ABWR Simulator Exercises – Review major BWR Subsystems; Practice Power Maneuver
Session: Advanced CANDU Reactor (ACR) Heat Transport and ECI
Session: Advanced CANDU Reactor (ACR) Heat Transport and ECI
Session: Advanced CANDU Reactor (ACR) Reactor Systems and Regulation
Session: Advanced CANDU Reactor (ACR) Reactor Systems and Regulation
Session: As continuation of the modeling exercise, the participants will complete the simple Overall PWR Plant model, using CASSIM™? S/W and following the presentation examples.
Session: BWR Steady State Mass & Energy Model Exercise – to find out how the coolant quality plays an important role in reactor power control
Session: Boiling Water Reactor (BWR) System Description and Characteristics; ABWR (GE Design) Overview - a representative candidate for the new generation of advanced BWR; Demonstrate Simulation Effects using
Session: CANDU-9 Balance of Plant Systems and Control
Session: CANDU-9 Balance of Plant Systems and Control
Session: CANDU-9 Heat Transport System and Control
Session: CANDU-9 Heat Transport System and Control
Session: CANDU-9 Reactor Systems and Regulation
Session: CANDU-9 Reactor Systems and Regulation
Session: CANDU-9 Systems and Overall Unit
Session: CANDU-9 Systems and Overall Unit
Session: ENICAD - Simulator Shell and Code Generators
Session: Exploring the Benefits of Classroom Simulator for Education.
Session: Feedback and Closing Session, A. Pryakhin (IAEA) and C. Tuniz (ICTP)
Session: NPP Accident Simulation: Theory & Demonstration using CASSIM™?
Session: NPP Accident Simulation: Theory & Demonstration using CASSIM™? (continued). Concluding in the Eklund Informatic Lab.
Session: Opening Session and Introduction, G. Denardo (ICTP) and J. Cleveland (IAEA)
Session: Overview of Global Development of Advanced Nuclear Power Plants
Session: Overview of the WWER simulator (continued). Goals, scope of simulation, distinctive features and capabilities. User interface.
Session: Overview of the WWER simulator. Reactor system equipment. Constructional and physical characteristics of the core. Safe operation limits.
Session: PWR Simulator Exercises - (a) Hands-on interaction with the simulator – freeze, run, IC, malfunctions, etc. (b) Review each major PWR subsystem, (c) Practice power maneuver
Session: PWR Simulator Exercises - Malfunctions
Session: PWR Simulator Exercises - Malfunctions
Session: PWR Simulator Exercises - Tips and Recovery
Session: Presentation of BWR Steady State Model and Dynamic Model as the mathematical basis for the Simulator
Session: Presentation of PWR Core Model and Demonstrate Reactor Controls (Dark & Gray Rods) using the PWR Simulator.
Session: Presentation of the Modular Modeling Approach in modeling Reactor Point Kinetics, Reactivity Feedback Effects; Simple Overall Plant Model
Session: Pressurized Water Reactor (PWR) System Description and Characteristics;
Session: Using CASSIM™? S/W and following presentation examples, participants will develop Reactor Point Kinetic Model, linked with Reactor Feedback Effects Model; run trends and debug the integrated model.
Session: WWER Simulator. Reactor startup from hot standby
Session: WWER simulator exercises. Reactor trip, xenon oscillations and recovery to rated power.
Session: WWER simulator exercises. Stationary processes, fuel burnup, determination of the core major neutron-physics characteristics.

Organizers

J. Cleveland and A. Pryakhin; Local Organiser: C. Tuniz