Course curriculum

  • 1

    Chapter 1 - Fuel Cycle, Reactor/Fuel Design

  • 2

    Chapter 2 - Reactor Safety

    • Reactor Safety and Mechanical Design Criteria - Presentation for upcoming lecture

    • Reactor Safety and Mechanical Design Criteria
  • 3

    Chapter 3 - Fuel Design and Design Criteria

    • Design Verification, Fuel Performance Codes & Treatment of Uncertainty - Presentation for upcoming lecture

    • Design Verification, Fuel Performance Codes & Treatment of Uncertainty

    • Thermal-Hydraulic Design Criteria - Presentation for upcoming lecture

    • Thermal-Hydraulic Design Criteria

    • Nuclear Design Criteria - Presentation for upcoming lecture

    • Nuclear Design Criteria
  • 4

    Chapter 4 - Fuel Performance during Normal Operation, Accident Conditions & Interim Dry Storage

    • Irradiation Effects on Fuel - Presentation for upcoming lecture

    • Irradiation Effects on Fuel

    • Irradiation Effects on Structural Materials - Presentation for upcoming lecture

    • Irradiation Effects on Structural Materials

    • Irradiation Effects in Water - Presentation for upcoming lecture

      FREE PREVIEW

    • Irradiation Effects in Water

      FREE PREVIEW

    • Fuel Performance during NO & AOO - Presentation for upcoming lecture

    • Fuel Performance during NO & AOO (1 of 2)

    • Fuel Performance during NO & AOO (2 of 2)

    • Fuel Reliability - Presentation for upcoming lecture

    • Fuel Reliability

    • Design Basis Accidents - Presentation for upcoming lecture

    • Design Basics Accidents

    • Dry Storage Requirements - Presentation for upcoming lecture

    • Dry Storage Requirements

    • You have completed more than half of the course. What do you think so far?
  • 5

    Chapter 5 - Current Fuel Performance Issues

  • 6

    Final Exam

    • Final Test - Fuel Introduction

    • What did you think of this course?