Facilities

The Department has first rate experimental facilities in which ideas and novel concepts can be developed, tested and proven. Within the Engineering Faculty there was a major investment in new, state of the art laboratories in 2005 to form the £18.5 million Bristol Laboratories for Advanced Dynamic Engineering (BLADE), a  world class infrastructure which houses two superbly equipped laboratory buildings, one of which is the Earthquake and Large Structures Lab.

Aerodynamic test facilities

  • Large Low Speed Wind Tunnel: 2.1 m x 1.5 m octagonal section; maximum speed 60 m/s; main uses: aerodynamics of aircraft, missiles, propellors, rotors and cars. Also, return section, 5.5 m x 2.6 m, maximum speed 12 m/s; main uses: rotor studies.
  • Low Turbulence Wind Tunnel: 0.8 m x 0.6 m octagonal section; maximum speed 100 m/s; turbulence level 0.05%; main uses: fundamental fluid mechanics and aerodynamics.The Wind Tunnel from the outside
  • Open Jet Wind Tunnel: 1.1 m diameter; maximum speed 40m/s; main uses: aerofoil characteristics, vibration and oscillation studies.
  • Open Return Low Speed Tunnels (2): 0.6 m x 0.6 m working section; maximum speed approx. 35 m/s; main uses: teaching and student projects.
  • DANTEC 3D Laser Doppler Anemometer: Fibre-optic linked 5W argon-ion laser, 600 mm or 1600 mm focal length; high precision 3-axis traverse; processing by 3 Burst Spectrum Analysers.

Supercomputer

In 2005 the Department  took delivery of a new research computer, comprising 120  2.2GHz Opteron CPUs running as a Linux cluster. The machine contains 60 dual processor nodes with 4Gbytes RAM each, and eight dual processor nodes with 8GBytes RAM each, all linked via Gbit/second ethernet switches. It is currently the most powerful machine in the University.

Multi-CPU clusters like this allow `parallel' codes to be run, i.e. large problems split and run over several CPUs simultaneously, but also allow scalar codes to be run with multiple data sets simultaneously, i.e. a `scalar farm'. It will allow significantly larger simulations to be performed in-house than were previously possible, resulting in better resolution and, hence, deeper understanding of the physics involved.

High performance

It will allow significantly larger simulations to be performed in-house than were previously possible, resulting in better resolution and, hence, deeper understanding of the physics involved.

Optical microscope facilities

  • Zeiss Jenavert incident light research microscope
  • MeijiTechno Stereo Microscope
  • Basic incident light metallurgical microscope
  • Digital image capture via 475,000 Pixel CCD camera and Image Pro Plus V4.5.1 software. This device can be mounted on any of the above to provide high quality digital images at various magnifications
  • Dedicated high performance, large capacity PC based imaging suite, incorporating audio/visual analogue/digital conversion (VHS, 35mm slides, 48 bit colour scanner) and DVD storage

Find out about composites manufacturing, test and characterisation facilities