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1- Reasons for and relevance of the project
2- Aims of the project
3- Updated timing plan
4- You need to write 2000 words literature review which includes:
• Theory behind wind turbine farms
• Specifications
• How does it work
• The difference between drag and left and how it is calculated and how to calculate the torque
• Electricity demand
• Different types of wind turbines (horizontal & vertical ), three and four blades wind turbines
5- Work carried out to date (see the PPt slides, however most of the work done was theory and research between the literatures, here you need to add a table for evaluation criteria for the different types of wind turbines used for this purpose, factors need to be considered when designing a wind turbine
6- Next step (you can suggest which work will be carried on during the next time)
A 4 cylinder 1.6 liter SI engine has a compression ratio of 10, connecting rod length of 16.8cm, and a crank offset of 4.5 cm. The engine is operating at 3000 RPM and wide open throttle. The exhaust pressure is 100 kPa. The intake valve closes at 20 ..
Genetically engineered bacteria (used to produce insulin) are immobilized in a solid agar disc (cylinder with flat surface facing up - 100 cm diameter, 5 cm height), which is exposed to large volume of stirred liquid media on both of the flat surface..
a steady-flow compressor is used to compress helium from 15 psia and 70of at the inlet to 200 psia and 600of at the
A turbine disk made from a Ni-base superalloy will be operating at 1350F. The creep data are given below. Determine the maximum stress allowable if the design criterion requires less than 1% strain in 10,000 hours.
a steam engine drop-valve is closed by a spring after the operation of a trip gear. the stiffness of the spring is such
per the linked problem i dont understand how the shear calculation is done. why is vf and vb 333.33 lb.ft? i understand
If the maximum shear stress is limited to one-half of its yield strength and the fillet radius is 0.3 in, what is the maximum torque that can be applied? What power could be transmitted by a similar shaft rotating at 400 rpm?
air is adiabatically compressed in a non flow process from a pressure of 14.7 psia and temperature of 70 degrees to 200
Determine the torque T required to overcome the fluid resistance and rotate the tube with a constant angular velocity of w. Assume the velocity profile within the liquid is linear.
The gases assumed to have the properties of air, enter at 200°C and leave at 93°C. The overall heat transfer coefficient is 180 W/m2 · K, using the effectiveness-NTU method calculate the area of the heat exchanger.
Outdoor air leaks into a building through cracks in the walls at the rate of 700 m3/h (this is infiltratation). The outside air is at a temperature of -16.1C and a humidity ratio of 0.001 kgv/kga. The density of the outside air is1.4 kg/m3. The indoo..
a piston weighing 35 lb slides down a vertical cylinder. the radical gap between the piston and cylinder is 0.002 in.
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