UPON REQUEST CSA N285.0 & ASME Section III Class 1 Requirements as Applied to Design Report/Stress Analysis Report

Name: CSA N285.0 & ASME Section III Class 1 Requirements as Applied to Design Report/Stress Analysis Report
Start: 2023-01-01T08:00:00-05:00
End: 2023-01-01T17:00:00-05:00

This course will introduce basic concepts of and practices of ASME Code Section III Sub-sections NB,NF; and Standards CSA N285.0 and CSA N289.3 requirements pertinent to the analysis for the preparation of Design Report/Analysis Report. Background and basic requirements will be discussed in the class and the participants will have the opportunity to discuss the basic elements of various Clauses associated with the stress analysis of pressure boundary components.

The course will cover the basic concepts and requirements for the analysis of components. An overview of the analysis process will be provided and relationship between the analysis results and meeting the Standard or the Code will be discussed.

Duration: Delivered over two(2) full-days or four (4) half-days

Course Content

Brief Introduction to CSA Standard N285.0 requirements
ASME Section III, Subsection NB Vessel and Components Applied to Stress Analysis
- Background, Class 1 requirements, and various operating conditions.
- Basic Concepts of limiting stresses for various service conditions
Seismic Analysis – CSA Standard N289.3 Seismic requirements and Brief Introduction to Appendix N (Dynamic Analysis Methods)

Course Content

Supports; CSA N285.0 and ASME Section III, NF requirements
Introduction to ASME Section III Mandatory and Non-Mandatory Appendices: Appendix 1, Appendix III, Appendix XXIII, Appendix A, Appendix F
Bolting requirements
Requirements and concepts for performing design analysis and its applicability in meeting CSA Standard N285.0 and ASME Code Section III, Class I components and requirements.

Who Should Attend?

This course touches important aspects of CSA Standard N285.0, N289.3, and ASME Code Section III, Subsection NB as applicable to analysis requirements in the preparation of the Design Report/Stress Report. This course is a valuable resource for new employees and designers who would like to understand how the codes and standards are applied to meet the CSA/ASME Code requirements. Attendance at this course is considered as meeting part of the requirement for updating their qualification in accordance with Appendix XXIII.

Expectations:

Course participants with adequate experience will have attained the following information at the end of the course:

An understanding of the importance of the CSA N285 Series of Standards as applicable to stress analysis requirements.
An understanding of the fundamental concepts underlying the Codes and Standards for Pressure Boundary in a Nuclear Power Plant as they are applied in the preparation of Design Report or Stress Report
An understanding of the relationship between N285 and the ASME Code, Section III Div. 1, and how the Canadian requirements are integrated into the analysis of components in meeting Standard/Code requirements.

Pre-Requisites & Requirements

Participants are expected to have completed the CSA N285 (Series) and ASME Section III – An Overview courses.

Participants are also required to have access to a working camera and microphone.

This course currently has no upcoming dates. Contact us for more details.

Register for this Course

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January 1, 2023
8:00 am - 5:00 pm

Lecturer

Dr. Amarjit Banwatt

Dr. Amarjit Banwatt has been actively involved for over 35 years in the stress analysis field and the use of ASME Codes and CSA Standards. He has been involved for the past 10 years in the development of the CSA N285.0 Standard as member of the Technical Committee. He has worked at AECL to prepare registration documents for Pressure Boundary components. Dr. Banwatt is a recognized stress analyst and Codes expert; he is consulted by many groups for Code clarifications. Dr. Banwatt is the past president of the Canadian Society for Mechanical Engineering and past member of NSERC Grants Selection Committee, Ottawa. He is a fellow of the Canadian Society for Mechanical Engineering and the Engineering Institute of Canada.

Important Payment Information

Full payment is due at time of registration. Payment can be made via cheque, credit card (VISA, MasterCard or American Express) or purchase order.

Payment is non-refundable within 3 weeks prior to the start of the course.

CANCELLATION POLICY:
Cancellation must be received in writing 7 days prior to course start date. You may send a substitute. Notification of a substitute must be received at least 72 hours prior to the commencement of the course to allow time for delivery of course material. If a substitute is not available, the fee for the course may be used towards another ANRIC course at a later date.

ANRIC Enterprises Inc. reserves the right to cancel any course and/or change lecturers. Courses that fail to register a “MINIMUM” of 6 participants will be cancelled. Personnel who require this course to meet qualification requirements should contact the office at [email protected] to discuss/arrange other options.

Important Course Information:

The course is delivered on-line.

The maximum number of people per course is 16 people. This limitation is set because the courses are run with Workshops using Breakout Rooms to provide for maximum interaction and learning experience. This provides an excellent learning opportunity.
All rights, title and content of the course manuals and all other instructional material shall remain the property of ANRIC Enterprises Inc.
The manuals will be delivered to course participants by courier (a mailing address will be required to participate in this course).
This course requires participants to have video and audio capability.
There will be an examination at the end of each course. ANRIC Enterprises Inc. will only provide certificates of successful completion for participants that achieve an examination result of 80% or higher. Video access is required for the checkout.