Uncertainty quantification is a new paradigm in industrial analysis and design as it aims at taking into account the presence of numerous uncertainties affecting the behaviour of physical systems.

Pump companies use CFD flow simulations to achieve different goals – for instance, to troubleshoot poor performance of existing pumps, to validate the performance of already-defined designs, or to predictively explore the performance associated with new design concepts.

This course is rather unique as it is one of few in the community that is specifically designed to deliver, a) a best practice guidance and b) the latest trends, in CFD for dispersed multi-phase flows.

Join us for the first part of our Aerospace Environment Control Systems series. In this first installment, we will be focusing on the design of a cabin air distribution system using 1D computational fluid dynamics (CFD) software for simulating aerospace environmental control systems.

This course will familiarize attendees with the basics of steam and gas turbine design. The program will start with a theoretical overview of turbine thermodynamics, gas dynamics and structural analysis, and end with typical examples implementing the suggested procedures.

From an aircraft wing flexing in flight, a ship propeller deforming in rough seas, or a tank stressed by sloshing liquid, fluids and structures are in concert all around us in the physical world.