Paulo M Cavalcanti

age ~37

from Dracut, MA

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Also known as:

Paulo Cavalcant

Connected to:

Paulo Cavalcanti Phones & Addresses

Dracut, MA
359 Littlefield Ln, Marlborough, MA 01752 • 5088422782
Shrewsbury, MA
359 Littlefield Ln, Marlborough, MA 01752

Resumes

Technical Lead

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Location:

9501 Vermell Pl, Upper Marlboro, MD 20774

Industry:

Mechanical Or Industrial Engineering

Work:

Raytheon
Senior Mechanical Engineer at Raytheon
Global Power Equipment Group Feb 2014 - Nov 2014
Project Engineer
Babcock Power Aug 2012 - Feb 2014
Performance Engineer, Manager of Computer Aided Engineering
Babcock Power Apr 2006 - Aug 2012
Mechanical Designer
Raytheon May 2005 - Apr 2006
Mechanical Designer, Co-Op

Education:

Worcester Polytechnic Institute 2010 - 2012
Masters, Design, Mechanical Engineering Quinsigamond Community College 2006 - 2009
Associates, Mechanical Engineering Assabet Valley Regional Technical School 2002 - 2006

Skills:

Ptc Creo
Power Plants
Mechanical Engineering
Piping
Autocad
Autodesk Inventor
Solidworks
Power Generation
Manufacturing
Plant Design
Mathcad
Geometric Dimensioning and Tolerancing
Epicor
Microsoft Office
Cae
Erp Software
Engineering
Energy
Engineering Management
Project Engineering

Interests:

Education

Languages:

English
Portuguese

Paulo Cavalcanti

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Paulo Cavalcanti

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Paulo Cavalcanti

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Paulo Cavalcanti

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Paulo Renato Cavalcanti

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Paulo Cavalcanti

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Location:

Estados Unidos

Paulo Cavalcanti

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Location:

United States

Us Patents

Solid Fuel Nozzle Tip Assembly
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US Patent:

20110146545, Jun 23, 2011
Filed:

Dec 17, 2009
Appl. No.:

12/640404
Inventors:

Gregory L. Morse - Auburn MA, US
Ivo Slezak - Hubbardston MA, US
Paulo Cavalcanti - Shrewsbury MA, US
International Classification:

F23K 3/00
B23P 15/00
US Classification:

110327, 29890054
Abstract:

A solid fuel nozzle tip for issuing a flow of mixed solid fuel and air into a boiler or furnace includes an outer nozzle body having an outer flow channel extending therethrough from an inlet to an outlet of the outer nozzle body. An inner nozzle body has an inner flow channel extending therethrough from an inlet to an outlet of the inner nozzle body. The inner nozzle body is mounted within the outer nozzle body with the inner flow channel inboard of and substantially aligned with the outer flow channel. The inner and outer nozzle bodies are joined together so as to accommodate movement relative to one another due to thermal expansion and contraction of the outer and inner nozzle bodies.