Explain about vertical vessels, Mechanical Engineering

Assignment Help:

Q. Explain about Vertical Vessels?

Vertical vessels shall normally be designed as self-supporting units, and shall resist overturn based upon wind or earthquake considerations.

1). Skirts or lugs shall be used to support tower or large vertical vessels, and are preferred for vessels having top-entering agitators.

2). Leg supports shall be limited to spherical and cylindrical vessels that meet the following requirements:

• Design temperature does not exceed 450oF (232oC).

• Service is noncyclic and nonpulsating.

• Vessel height-to-diameter ratio does not exceed 5. (Height is defined as the distance from base of support to the top tangent line of the vessel.


Related Discussions:- Explain about vertical vessels

Vessel rigging analysis, Impact Factor on Vessel rigging analysis? Unle...

Impact Factor on Vessel rigging analysis? Unless otherwise specified by the user, a minimum impact factor of 1.5 shall be applied to the lift weight for designing the lifting d

Define the moving boat method, Q. Define the Moving boat method? Moving...

Q. Define the Moving boat method? Moving boat method has been more recently evolved and tested in the U.S.A. and holds promise in measurement of discharge of big rivers and tid

#tool life, #tool life formular for diferent n values

#tool life formular for diferent n values

I want answer, #question. Select a standard rolled steel I-section for the ...

#question. Select a standard rolled steel I-section for the simply supported beam shown in figure below. Select an appropriate factor of safety and material strength. Include ref

Explain gated pattern, Gated pattern This is an improvement over the si...

Gated pattern This is an improvement over the simple pattern where the gating and runner system are integral with the pattern. This would eliminate the hand cutting of the runn

System of parallel forces - mechanics, System of parallel forces: A r...

System of parallel forces: A rigid body is subjected to system of parallel forces as shown in the figure. Reduce this system to, ( i ) A single force system ( i

Test, test test teste teste teste tester

test test teste teste teste tester

Where a and b are positive constants, Assume the production function is giv...

Assume the production function is given by the following equation (where a and b are positive constants): Q = aL+bK. What is the marginal rate of technical substitution of labor fo

Classification of arc welding power sources, CLASSIFICATION OF ARC WELDING ...

CLASSIFICATION OF ARC WELDING POWER SOURCES As we have know, different  welding processes require different operating conditions & the power sources are also necessarily differen

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