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$50 USD / hour
Flag of HUNGARY
budapest, hungary
$50 USD / hour
It's currently 2:26 PM here
Joined August 26, 2014
0 Recommendations

Miklós F.

@fulopmiklos

 5.0 (1 review)
0.2
0.2
100%
100%
$50 USD / hour
Flag of HUNGARY
budapest, hungary
$50 USD / hour
100%
Jobs Completed
100%
On Budget
100%
On Time
N/A
Repeat Hire Rate

Mechanical Engineer

Machine Design specialization -Machine components design (sheet metal, molded, welded, etc) -Machine design (single-purpose machnies, conveyors, etc) -In-depth knowledge of mechanics, FEA, CAD .
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Portfolio

2965055
I had to redesign the TLX 600 II semi-axial flow pump model in order to reduce its mass which has two stages, vertical shaft and stator wheels. The original machine was modeled as an oscillating system and I determined its frequency. I pointed out that the mass of the pump can be reduced with 30%. Then I worked out the welded stator wheel in detail. Its loads were determined and I checked the strength of the new construction. The flanges of the wheels were optimized. As a result the mass of the original part decreased from 601 kgs to 293 kgs. The final construction has a mass of 4580 kgs. It is 17% less than the original 5500 kgs.
Final Thesis: Redsign of a semi-axial flow pump
I had to redesign the TLX 600 II semi-axial flow pump model in order to reduce its mass which has two stages, vertical shaft and stator wheels. The original machine was modeled as an oscillating system and I determined its frequency. I pointed out that the mass of the pump can be reduced with 30%. Then I worked out the welded stator wheel in detail. Its loads were determined and I checked the strength of the new construction. The flanges of the wheels were optimized. As a result the mass of the original part decreased from 601 kgs to 293 kgs. The final construction has a mass of 4580 kgs. It is 17% less than the original 5500 kgs.
Final Thesis: Redsign of a semi-axial flow pump
I had to redesign the TLX 600 II semi-axial flow pump model in order to reduce its mass which has two stages, vertical shaft and stator wheels. The original machine was modeled as an oscillating system and I determined its frequency. I pointed out that the mass of the pump can be reduced with 30%. Then I worked out the welded stator wheel in detail. Its loads were determined and I checked the strength of the new construction. The flanges of the wheels were optimized. As a result the mass of the original part decreased from 601 kgs to 293 kgs. The final construction has a mass of 4580 kgs. It is 17% less than the original 5500 kgs.
Final Thesis: Redsign of a semi-axial flow pump
I had to redesign the TLX 600 II semi-axial flow pump model in order to reduce its mass which has two stages, vertical shaft and stator wheels. The original machine was modeled as an oscillating system and I determined its frequency. I pointed out that the mass of the pump can be reduced with 30%. Then I worked out the welded stator wheel in detail. Its loads were determined and I checked the strength of the new construction. The flanges of the wheels were optimized. As a result the mass of the original part decreased from 601 kgs to 293 kgs. The final construction has a mass of 4580 kgs. It is 17% less than the original 5500 kgs.
Final Thesis: Redsign of a semi-axial flow pump
I had to redesign the TLX 600 II semi-axial flow pump model in order to reduce its mass which has two stages, vertical shaft and stator wheels. The original machine was modeled as an oscillating system and I determined its frequency. I pointed out that the mass of the pump can be reduced with 30%. Then I worked out the welded stator wheel in detail. Its loads were determined and I checked the strength of the new construction. The flanges of the wheels were optimized. As a result the mass of the original part decreased from 601 kgs to 293 kgs. The final construction has a mass of 4580 kgs. It is 17% less than the original 5500 kgs.
Final Thesis: Redsign of a semi-axial flow pump
I had to redesign the TLX 600 II semi-axial flow pump model in order to reduce its mass which has two stages, vertical shaft and stator wheels. The original machine was modeled as an oscillating system and I determined its frequency. I pointed out that the mass of the pump can be reduced with 30%. Then I worked out the welded stator wheel in detail. Its loads were determined and I checked the strength of the new construction. The flanges of the wheels were optimized. As a result the mass of the original part decreased from 601 kgs to 293 kgs. The final construction has a mass of 4580 kgs. It is 17% less than the original 5500 kgs.
Final Thesis: Redsign of a semi-axial flow pump
2965055
I had to redesign the TLX 600 II semi-axial flow pump model in order to reduce its mass which has two stages, vertical shaft and stator wheels. The original machine was modeled as an oscillating system and I determined its frequency. I pointed out that the mass of the pump can be reduced with 30%. Then I worked out the welded stator wheel in detail. Its loads were determined and I checked the strength of the new construction. The flanges of the wheels were optimized. As a result the mass of the original part decreased from 601 kgs to 293 kgs. The final construction has a mass of 4580 kgs. It is 17% less than the original 5500 kgs.
Final Thesis: Redsign of a semi-axial flow pump
I had to redesign the TLX 600 II semi-axial flow pump model in order to reduce its mass which has two stages, vertical shaft and stator wheels. The original machine was modeled as an oscillating system and I determined its frequency. I pointed out that the mass of the pump can be reduced with 30%. Then I worked out the welded stator wheel in detail. Its loads were determined and I checked the strength of the new construction. The flanges of the wheels were optimized. As a result the mass of the original part decreased from 601 kgs to 293 kgs. The final construction has a mass of 4580 kgs. It is 17% less than the original 5500 kgs.
Final Thesis: Redsign of a semi-axial flow pump
I had to redesign the TLX 600 II semi-axial flow pump model in order to reduce its mass which has two stages, vertical shaft and stator wheels. The original machine was modeled as an oscillating system and I determined its frequency. I pointed out that the mass of the pump can be reduced with 30%. Then I worked out the welded stator wheel in detail. Its loads were determined and I checked the strength of the new construction. The flanges of the wheels were optimized. As a result the mass of the original part decreased from 601 kgs to 293 kgs. The final construction has a mass of 4580 kgs. It is 17% less than the original 5500 kgs.
Final Thesis: Redsign of a semi-axial flow pump
I had to redesign the TLX 600 II semi-axial flow pump model in order to reduce its mass which has two stages, vertical shaft and stator wheels. The original machine was modeled as an oscillating system and I determined its frequency. I pointed out that the mass of the pump can be reduced with 30%. Then I worked out the welded stator wheel in detail. Its loads were determined and I checked the strength of the new construction. The flanges of the wheels were optimized. As a result the mass of the original part decreased from 601 kgs to 293 kgs. The final construction has a mass of 4580 kgs. It is 17% less than the original 5500 kgs.
Final Thesis: Redsign of a semi-axial flow pump
I had to redesign the TLX 600 II semi-axial flow pump model in order to reduce its mass which has two stages, vertical shaft and stator wheels. The original machine was modeled as an oscillating system and I determined its frequency. I pointed out that the mass of the pump can be reduced with 30%. Then I worked out the welded stator wheel in detail. Its loads were determined and I checked the strength of the new construction. The flanges of the wheels were optimized. As a result the mass of the original part decreased from 601 kgs to 293 kgs. The final construction has a mass of 4580 kgs. It is 17% less than the original 5500 kgs.
Final Thesis: Redsign of a semi-axial flow pump
I had to redesign the TLX 600 II semi-axial flow pump model in order to reduce its mass which has two stages, vertical shaft and stator wheels. The original machine was modeled as an oscillating system and I determined its frequency. I pointed out that the mass of the pump can be reduced with 30%. Then I worked out the welded stator wheel in detail. Its loads were determined and I checked the strength of the new construction. The flanges of the wheels were optimized. As a result the mass of the original part decreased from 601 kgs to 293 kgs. The final construction has a mass of 4580 kgs. It is 17% less than the original 5500 kgs.
Final Thesis: Redsign of a semi-axial flow pump

Reviews

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5.0
€12.00 EUR
1 page translation from English to Hungarian - NATIVE SPEAKER, TODAY
Good job, thank you for your help.
Hungarian Translator
H
Flag of Martin B.
@hightechdev
•
7 years ago

Experience

Design Engineer

C3D Ltd.
Mar 2017 - Present
I take part in single-purpose machine desiging projects. I design frames, work piece holders, press machines, conveyors, etc. I am working in NX, Creo and SolidWorks here. In April I was on a 1 month delegacy in Germany and took part in a press machine developing project.

Developement Engineer

Dräxlmaier Hungary Ltd.
Feb 2016 - Feb 2017 (1 year)
Daimler W167 Project, injection moulded parts design in UG NX, data coordination

Intern

Mercedes-Benz Manufacturing Ltd.
Jan 2015 - Jul 2016 (1 year, 6 months)
Evaluations of daily production

Education

Mechanical Engineer, Master of Science, Machine Design specialization

Budapesti Mûszaki és Gazdaságtudományi Egyetem, Hungary 2013 - 2016
(3 years)

Mechanical Engineer, Master of Science, Machine Design specialization

Budapesti Mûszaki és Gazdaságtudományi Egyetem, Hungary 2013 - 2016
(3 years)

Industrial Design Engineer, Bachelor of Science

Budapesti Mûszaki és Gazdaságtudományi Egyetem, Hungary 2009 - 2013
(4 years)

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Hungarian Translator 1
Excel
CAD/CAM
Solidworks
Mechanical Engineering

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