The seminar course provides a transfer of experience and know-how from recognised experts from different organisations (industrial experts, regulators, researchers and university professors) in the fields of Best-Estimate Plus Uncertainty approach including uncertainty methodologies and application in licensing framework, Scaling Analysis, Validation Process of Evaluation Models, development and applications of Multi-physics & Multi-scale tools. SUNBEAM

The scientific community will report on objectives and progress in their H2020 program activities and the potential impact on standards for advanced technical ceramics. The standardisation bodies will highlight the essential elements for improving existing standards and drafting new standards based on results of these programs. For more information click here.

The target group for the seminar are people working with maintenance, material research and plant development in the nuclear sector and people in the additive manufacturing industry that would like to meet with the nuclear industry. You can take a look at the programme here. You can register here.

The seminar will provide insights on environmental fatigue phenomena, the existing assessment methods, and an overview of the INCEFA-PLUS project, including its main findings and results. It will also provide discussion on the future of environmental fatigue assessments and the remaining gaps in the field. Due to the current situation related to COVID-19, in case the

The Thermodynamic data collection and assessment course, organised by the OECD Nuclear Energy Agency within the Thermochemical Database (TDB) Project will cover four main topics: Topic 1: Overview of the NEA and NEA TDB activities and projects Topic 2: Overview of guidelines for the collection and analysis of thermodynamic data Topic 3: Critical evaluation and assessment exercise Topic 4: Implementer’s

The Thermodynamic data collection and assessment course, organised by the OECD Nuclear Energy Agency within the Thermochemical Database (TDB) Project will cover four main topics: Topic 1: Overview of the NEA and NEA TDB activities and projects Topic 2: Overview of guidelines for the collection and analysis of thermodynamic data Topic 3: Critical evaluation and assessment exercise Topic 4: Implementer’s

FORATOM will hold a webinar on 18 November 2020 on the use of robotics technologies for inspection and maintenance within the nuclear industry. These innovative robotics solutions are being used in areas such as remote weld inspection and radiation mapping. FORATOM is involved in the Robotics for Inspection and Maintenance (RIMA) programme, a 4-year project

This OECD/NEA specialist workshop will promote international exchange of information on advanced or innovative measurement methods and instrumentation as well as the use of revised strategies using installed instrumentation for Severe Accident Management (SAM). The scope considers measures to prevent and mitigate a SA in an NPP under harsh SA conditions as well as long-term

The OECD Nuclear Energy Agency (NEA) in collaboration with the Canadian Nuclear Safety Commission (CNSC) is hosting a multi-sector workshop on 14-18 December 2020 on safely regulating innovative and disruptive technologies. This workshop will provide a forum for them to share experiences in standardisation, design review, licensing and reporting systems, and international coordination. Download the

This workshop will present the concept of Commercial-Grade Dedication (CGD) and the benefits, experience and challenges of CGD implementation to nuclear stakeholders. The workshop will take place virtually from 12 to 14 January 2021 and registration is free of charge. The programme includes presentations from experts of utilities that commonly use CGD or are in

This free course on Small Modular Reactors is organised by the Horizon 2020 McSAFER project (High-Performance Advanced Methods and Experimental Investigations for the Safety Evaluation of Generic Small Modular Reactors) that works to advance the safety research for SMRs by combining experimental investigations and numerical simulations. The course will focus on SMR LWR technologies including