Sustainable Design Research Centre New Experimental Resources for Research & Education

BU research, Fusion, PG research

Sustainable Design Research Centre

Faculty of Science & Technology

Newly Added and Commissioned Experimental Resources for Research & Education

The following new equipment have been recently added to the lab resources for both research & education. Two PhD research projects in Renewable Technology (Heat Transfer and Thermodynamic Expansion) and one Research Assistant within SDRC are fully funded by industrial partner FES Ltd [Dr Zulfiqar Khan, PI]. This research informs education within the Design & Engineering Framework, MEng Programme, through Level I Thermo-fluids & Heat Transfer (20 Credit) unit led by Dr Zulfiqar Khan.

These equipment are significant addition for enhancing students’ experience and providing a vehicle for realising BU Fusion initiative.

PIPE FRICTION APPARATUS

The experimentation stand can be used to investigate pipe frictional losses with laminar and turbulent flows. The pipe section is a brass pipe with an internal diameter of 3 mm. The distance between the pressure measuring fittings and thus the length of the experimental pipe section is 400 mm.

The pressure losses for laminar flow are measured using a water manometer. The static pressure difference is displayed. A head tank is available to create a laminar flow and ensures a constant water inlet pressure in the pipe section at a constant water level.

For turbulent flow, the pressure difference is measured using a dial manometer. The head tank is not used to create a turbulent flow. The water is fed directly into the pipe section from the water supply via a bypass. The flow is adjusted using shut-off valves at the beginning and end of the pipe. The water supply is provided either by the Basic Hydraulics Module or from the mains supply in the laboratory.

BERNOULLI’S PRINCIPLE DEMONSTRATOR

The equipment is used to investigate Bernoulli’s law. The measurement object is a Venturi nozzle with six pressure measurement points. The six static pressures are displayed on a board with six water pressure gauges. The overall pressure can also be measured at various locations in the Venturi nozzle and indicated on a second water pressure gauge. Measurement is by way of a probe which can be moved axially with respect to the Venturi nozzle. The probe is sealed by way of a compression gland. Water is supplied either from the Fluid Mechanics Basic Module or from the laboratory mains.

The equipment enables a closed water circuit to be constructed.

Possible experiments:

  1. Demonstration of Bernoulli’s law
  2. Pressure measurements along Venturi nozzle
  3. Determination of flow rate factor K

[The above information are provided by GUNT Publication-no.: 917.000 01 A 150 12 (A) Experiment instructions HM 150.01 Pipe Friction Apparatus & Experiment Instructions HM 150.07 Bernoulli’s Principle Demonstrator].

If you have interest in Renewable Technology research & education and would like to find more about the activities within the Sustainable Design Research Centre, then please contact.

Dr Zulfiqar Khan (Associate Professor)

Director SDRC

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