The PLUTON facility is a water-based model of the liquid steel distribution within the tundish of a continuous casting process.  It has been designed to allow for non-intrusive optical measurements such as PIV or LDV.  The facility has been built to accommodate different tundish shapes and allow their performance to be characterized using optical techniques.

For this purpose, a double shell is used to avoid optical disturbances to the light from dioptric effects at the tundish walls.

The inner shell is the only part of the facility that must be changed to study different tundish designs.  Automatic control of inlet and outlet flow rates to the vessel is provided.  The outer shell is 2.11 m long, 0.69 m wide and 0.385 m high. Quarter-scale models are currently studied in the facility.

VULCAIN is a water facility designed and built for the study of flows in a continuous casting process.  The facility simulates a continuous casting mould process at half-scale. Two tanks are used to represent the tundish (upper) and the mould (lower) and water is used to simulate the flow of liquid metal between these tanks.  This flow can be controlled either by a stopper rod or by a sliding gate.  The mould is of sufficient height to allow a good simulation of the flows.

The facility is built using transparent materials to allow for non-intrusive optical measurements, such as PIV or LDV. Gas injection can be made at the stopper rod or in the submerged entry nozzle. The different valves, stopper rod and sliding gates are controlled remotely, which allows full simulation of an automated process.The dimensions of the mould are 2 m in height, 1.19 m in width (maximum value) and 0.12 m in thickness. Liquid flow rate can be adjusted from zero to a value corresponding to a casting speed of 2.5 m/min.  Gas can be injected at a flow rate up to 0.05 Nm³/min.

The multijet facility is a scaled model of a fast cooling system used in galvanizing lines. It consists of two settling chambers with a set of slot nozzles.  The slot arrangement can be adjusted to investigate the effect of geometrical parameters such as the nozzle spacing, the nozzle emergence and the impinging angle.

More than 50 nozzles are available to cover the whole range of each parameter.  The translation of the multijet systems allows changing the stand-off distance.  A ventilator delivers a nominal flow rate of 5 m³/s at a relative pressure of 10000 Pa, which ensures a maximal slot velocity of 100 m/s.  The facility has been designed to handle both cooling tests and vibrations tests.

For the cooling tests, only one settling chamber is in operation and the air jets impact on a vertical  flat plate of 1.7 m long and 0.27 m wide, uniformly heated on one side by electrical means.  The heated surface is exposed to the impinging flow while an infrared camera scans the other side. For the vibrations tests, the two settling chambers are used and the air jets impact on a rigid plate modeling an element of the metal strip.  Its connections to a fixed frame reproduce the elasticity of the remaining part of the strip.  Dedicated displacement sensors measure the oscillations of the sectional model.