Structures & Infrastructure (Including EuroCodes)

The Online Eurocode 3 Steel Training course is designed for Structural Engineers to introduce and apply Eurocode 3 principles in building structures. Delegates will gain knowledge and practical skills in designing elements for flexure, buckling, shear, axial loading, deflection, fatigue, tension, and more.

The Online Structural Reliability Training is split into two parts, aiming to introduce participants to reliability concepts. The webinars, led by Dr. Boulent Imam, cover topics such as structural safety, random variables, and the First Order Reliability Method. Attendees will learn how to estimate the probability of structural failure and understand concepts like limit state codes and partial factors.

The Online Life Cycle Management Structure Training Course aims to provide a comprehensive understanding of life cycle performance management strategies for engineering structures. It covers deterioration mechanisms, inspection, diagnosis, repair technologies, and life-end strategies. The course targets engineers and scientists involved in structural design, offering a balance of theory and practice. Lectures by Dr. You DONG from The Hong Kong Polytechnic University cover topics such as infrastructure sustainability, deterioration modeling, risk assessment, and intelligent inspection. The course spans 2 days and includes lecture notes in advance.

The Online Analysis & Design of Submarine Structures Training course focuses on the structural design of submarines, emphasizing the selection of materials for weight critical designs and resistance to high dynamic loads. It covers essential strength formulations and design philosophy. The course targets Engineers, Operations managers, Fabricators, Applied Scientists, and Technologists involved or interested in submarine design. The duration is 4 days.

The Online Composite Material Training Course offers a comprehensive overview of composite materials, covering their functionalities, engineering processes, design, analysis, manufacturing, and testing methods. The course includes case studies to illustrate challenges faced in designing advanced composite structures. Aimed at engineers, operations managers, scientists, and technologists interested in lightweight composite material and structure design, the course provides valuable insights for those involved in designing and managing various engineering structures. The course consists of four lectures totaling six hours, delivered by Dr. Mohammad Fotouhi.

This online Finite Element for Marine Structures Training course covers topics such as Matrix Algebra, Differential Equations, and FEM-Weighted Residue Approach. It aims to provide engineers and scientists involved in onshore and offshore structures with the necessary knowledge for design, operation, and assessment. The course includes lectures on Finite Element Analysis, stiffness matrices for 1D, 2D and 3D FEA, structural dynamics, and case studies. The lecturer, Dr. Deepak Kumar, brings expertise in structural dynamics and offshore structures. The course spans 2 days and is suitable for those seeking to enhance their understanding of Finite Element Analysis.

Online CFD and Hydrodynamics for Ships Training is designed to provide engineers and scientists involved in ship design with a comprehensive understanding of Computational Fluid Dynamics (CFD) technology. The course covers topics such as turbulent flows, ship geometry modeling, CFD applications, turbulence modeling, hull optimization, and propeller numerical methods. Attendees from ship management, oil companies, classification societies, and ship builders will benefit from the innovative content and structure that balances theory and practice. The course aims to equip participants with the knowledge and skills to apply CFD techniques effectively in ship design.

The Online Masts, Towers and Axis Turbines Training course focuses on calculating wind turbulence and fluidelastic instabilities for masts, towers, and horizontal axis turbines. It covers incident flow, fluid loading, dynamic response, extreme responses, fatigue loading, and fatigue damage calculation. The course is designed for engineers, scientists, and students involved in wind or renewable energy engineering. It offers a balance of theory and practice through lectures and worked examples over a 2-day duration. The course is led by Professor Nigel Barltrop, an expert in fatigue and strength of offshore structures and renewable energy devices.