Procedure for calculating the wind force on vessels, Mechanical Engineering

Assignment Help:

Q. Procedure for calculating the wind force on vessels?

The National Building Code of Canada has a similar procedure for calculating the wind force on vessels as ASCE. The basic formula is F= qCgCfA.

Reference Velocity Pressure q

Obtained from Appendix C for the relevant plant location in Canada. A 1/100 value is normally used for major equipment.

Exposure Factor Ce

Obtained from Table 4.1.8.1 for the bands of heights of the vessel.

Force Coefficient Cf

Obtained from Figure B-15 for the slenderness and surface roughness of the vessel.

Gust Effect Factor Cg

For short stiff vessels (h/d<4), a value of 2 is used. For tall, flexible vessels, a calculated value is used. See NBC commentary on wind loads

Projected Area of the Vessel A

The diameter of the vertical vessel is generally increased over and above the Outside Diameter of the Insulation, by adding allowances for piping, ladders, platforms, lights and other appurtenances hanging on the side of the vessel, that increase the area exposed to the wind.


Related Discussions:- Procedure for calculating the wind force on vessels

Bell coleman cycle, Derive a formula for a bell coleman efficiency

Derive a formula for a bell coleman efficiency

Determine the natural circular frequencies, The two-storey  frame shown in ...

The two-storey  frame shown in Figure Q4 is such  that  the self-mass may be considered to be located at the beam levels and the beams may be presumed to be rigid.  The self-mass (

Upset butt welding machines, Upset butt welding machines These are usua...

Upset butt welding machines These are usually small capacity horizontal type machines. The power source required for these is a step down transformer as in the case of spot, se

Thermodynamics, what is the difference between point function and path func...

what is the difference between point function and path function?

Determine the expression for crippling load, Illustrate the assumptions mad...

Illustrate the assumptions made in Euler's theory. Determine the expression for crippling load for a long column when one end of the column is fixed and other end is hinged.

Principle of submerged arc welding, PRINCIPLE OF SUBMERGED ARC WELDING In...

PRINCIPLE OF SUBMERGED ARC WELDING In submerged arc welding, the arc zone is submerged beneath the molten flux and hence there is no visible signature of the arc. Welding current

Workshop technology, What are the advantages and disadvantages hard working...

What are the advantages and disadvantages hard working over cold working

Find the twist of a circular hollow shaft, Find the twist of a circular hol...

Find the twist of a circular hollow shaft: Discover the twist per metre length of a circular hollow shaft having 120 mm outer diameter and 90 mm inner diameter, respectively,

Estimate elapsed time and height , Phase 1 Initially ALL Valves A, B, C...

Phase 1 Initially ALL Valves A, B, C, D, E and F are closed.  ALL Tanks A, B, C, D, E are separated and each sealed from the atmosphere. Tank E initially has 2' of air @

Torsional equation , Torsional equation: Derive the Torsional equatio...

Torsional equation: Derive the Torsional equation T / J = Π  /R = Gθ / L Or Derive an expression for the shear stress in shaft subjected to a torque. Sol.

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd