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$16 USD / hora

Bandeira do(a) UZBEKISTAN

chirchik,

$16 USD / hora

Atualmente, está 11:34 AM aqui

Ingressou em julho 16, 2023

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Ehsan A.

@ealipourfreelan1

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$16 USD / hora

Bandeira do(a) UZBEKISTAN

chirchik,

$16 USD / hora

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Fixed equipment design engineer

FEA with solidworks, CFD with solidworks 3D modeling by solidworks pressure vessel design by Pv elite w. r. t ASME SEC VIII DIV1 & 2 thermal design of heat exchanger by HTRI Mechanical design of heat exchanger by pv elite Autocad 2D DWG Shop drawings and bill of materials

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Portfólio

this equipment's duty is to clean and cool the dirty gas by spraying fresh and cold water on it.

solidworks 3D modelling

this equipment's duty is to clean and cool the dirty gas by spraying fresh and cold water on it.

solidworks 3D modelling

this equipment's duty is to clean and cool the dirty gas by spraying fresh and cold water on it.

solidworks 3D modelling

Pressure vessel design according to ASME Sec VIII Div 1

PV ELITE DESIGN

this pressure vessel has been designed according to ASME Sec VIII Div1 ed 2019 by pv elite software

pressure vessel design by pv Elite

This pressure vessel eliminates mists from the gas to prevent failures may happen to compressors.

3D Modelling by soildworks

In the following simulation one can see how the gas flows through the spaces between catalyst. By doing this simulation I could show that the quality of catalysts provided by vendor is good and the pressure difference before and after catalyst bed is acceptable.

Furthermore, vortex breakers are doing duty quiet good.

CFD of catalyst bed for desulphurization vessel

In the following simulation one can see how the gas flows through the spaces between catalyst. By doing this simulation I could show that the quality of catalysts provided by vendor is good and the pressure difference before and after catalyst bed is acceptable.

Furthermore, vortex breakers are doing duty quiet good.

CFD of catalyst bed for desulphurization vessel

Ii the following simulation you could see how temperature is changing along axis. Moreover the quality of mesh can bee seen these pictures. To elaborate more on the mesh quality it should be mentioned that aspect ratio of mesh and Jacoupian No has met the values recommended by Solidworks specifications.

After having temperature loads have been introduced to the top part of the skirt to see the how much deflection may happen.

Thermoelastic FEA of Tower skirt

Ii the following simulation you could see how temperature is changing along axis. Moreover the quality of mesh can bee seen these pictures. To elaborate more on the mesh quality it should be mentioned that aspect ratio of mesh and Jacoupian No has met the values recommended by Solidworks specifications.

After having temperature loads have been introduced to the top part of the skirt to see the how much deflection may happen.

Thermoelastic FEA of Tower skirt

this equipment's duty is to clean and cool the dirty gas by spraying fresh and cold water on it.

solidworks 3D modelling

this equipment's duty is to clean and cool the dirty gas by spraying fresh and cold water on it.

solidworks 3D modelling

this equipment's duty is to clean and cool the dirty gas by spraying fresh and cold water on it.

solidworks 3D modelling

Pressure vessel design according to ASME Sec VIII Div 1

PV ELITE DESIGN

this pressure vessel has been designed according to ASME Sec VIII Div1 ed 2019 by pv elite software

pressure vessel design by pv Elite

This pressure vessel eliminates mists from the gas to prevent failures may happen to compressors.

3D Modelling by soildworks

In the following simulation one can see how the gas flows through the spaces between catalyst. By doing this simulation I could show that the quality of catalysts provided by vendor is good and the pressure difference before and after catalyst bed is acceptable.

Furthermore, vortex breakers are doing duty quiet good.

CFD of catalyst bed for desulphurization vessel

In the following simulation one can see how the gas flows through the spaces between catalyst. By doing this simulation I could show that the quality of catalysts provided by vendor is good and the pressure difference before and after catalyst bed is acceptable.

Furthermore, vortex breakers are doing duty quiet good.

CFD of catalyst bed for desulphurization vessel

Ii the following simulation you could see how temperature is changing along axis. Moreover the quality of mesh can bee seen these pictures. To elaborate more on the mesh quality it should be mentioned that aspect ratio of mesh and Jacoupian No has met the values recommended by Solidworks specifications.

After having temperature loads have been introduced to the top part of the skirt to see the how much deflection may happen.

Thermoelastic FEA of Tower skirt

Ii the following simulation you could see how temperature is changing along axis. Moreover the quality of mesh can bee seen these pictures. To elaborate more on the mesh quality it should be mentioned that aspect ratio of mesh and Jacoupian No has met the values recommended by Solidworks specifications.

After having temperature loads have been introduced to the top part of the skirt to see the how much deflection may happen.

Thermoelastic FEA of Tower skirt

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