Aaron James Shanahan, Age 49Bothell, WA

Aaron Shanahan Phones & Addresses

Mill Creek, WA

7712 17Th St, Seattle, WA 98106 (206) 708-7531

837 193Rd St, Seattle, WA 98177 (206) 364-1498

20233 41St St, Seattle, WA 98155 (206) 364-1498

Shoreline, WA

Anchorage, AK

Spokane, WA

Upland, CA

Lafayette, LA

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Mentions for Aaron James Shanahan

Aaron Shanahan resumes & CV records

Resumes

Aaron Shanahan Photo 27

Sales Engineer

Location:
938n Harrison St, Rushville, IN 46173
Industry:
Mechanical Or Industrial Engineering
Work:
Heatcraft Worldwide Refrigeration
Sales Engineer
Algas-Sdi Apr 2016 - Mar 31, 2018
Sales Engineer
The Robbins Company Jul 2007 - Mar 2016
Sales Engineer
Coffman Engineers Oct 2001 - Jun 2004
Mechanical Engineer
Halliburton Jun 1997 - Jan 2001
Field Engineer
Education:
Gonzaga University 1993 - 1997
Bachelor of Science In Mechanical Engineering, Bachelors, Mechanical Engineering
Skills:
Engineering, Autocad, Project Planning, Manufacturing, Project Engineering, Project Management, Continuous Improvement, Product Management, Process Improvement, Metal Fabrication, Product Development, Microsoft Word, Microsoft Office, Autocad Mechanical, Contract Management, Design For Manufacturing, Procurement, Ms Project, Inventor, Sales, Customer Service
Languages:
English
Indonesian
Aaron Shanahan Photo 28

Aaron Shanahan

Location:
Tullahoma, TN
Work:
Culvers Restaurant
Education:
University of Wisconsin - Parkside
Aaron Shanahan Photo 29

Aaron Shanahan

Publications & IP owners

Us Patents

Apparatus And Method For Monitoring Tunnel Boring Efficiency

US Patent:
2009029, Dec 3, 2009
Filed:
May 29, 2009
Appl. No.:
12/475334
Inventors:
Leif R. Lindbergh - Seattle WA, US
Aaron J. Shanahan - Seattle WA, US
Ian R. Cahoon - Kent WA, US
Richard J. Robbins - Seattle WA, US
James C. Moore - Columbus OH, US
Brent R. Brown - Maple Grove MN, US
Timothy J. Reilly - Kelowna, CA
International Classification:
E21D 9/10
E21D 9/11
E21B 47/06
G06F 19/00
G01P 15/00
G01P 3/00
US Classification:
405138, 299 58, 702 9, 702130, 702141, 702145
Abstract:
A tunnel boring machine () having a rotating cutter head () that rotatably supports a plurality of cutter assemblies (). A plurality of instrument packages () are attached to the rotating cutter head, each instrument package having a distal end in contact with an associated cutter assembly. The instrument packages include a plurality of sensors including an accelerometer (), magnetometer () and temperature sensor (), for monitoring the associated cutter assembly. The sensors are mounted in a distal end of the instrument packages that is biased to remain in contact with the cutter assembly. The instrument packages include a wireless transmitter, and they are interconnected in a mesh or peer to peer network. A power supply () such as a battery pack is provided for each instrument package. The data from the sensors may be used to control operation of the tunnel boring machine and/or to monitor the condition of the cutter assemblies.

Cutter Assembly For Tunnel Boring Machine With Pressure Compensation

US Patent:
2012021, Aug 23, 2012
Filed:
Feb 16, 2012
Appl. No.:
13/397997
Inventors:
Aaron J. Shanahan - Seattle WA, US
Stephen M. Smading - Renton WA, US
Timothy A. Lang - Seattle WA, US
Zachary J. Box - Renton WA, US
Brian B. Khalighi - Bellevue WA, US
Brad D. Grothen - Renton WA, US
Carl E. Lenaburg - Tacoma WA, US
Jay M. McNeeley - Maple Valley WA, US
Shinichi Konda - Issaquah WA, US
Assignee:
THE ROBBINS COMPANY - Solon OH
International Classification:
E21D 9/10
US Classification:
299106
Abstract:
A pressure-compensated cutter assembly for a tunnel boring machine includes a shaft a cutter ring assembly rotatably mounted on the shaft, and first and second end retainers non-rotatably attached to the shaft. Rotary seal groups, immersed in lubricant, provide a moving seal between the rotating cutter ring assembly and the end retainers. A movable piston member is exposed to ambient pressures, and contacts the lubricant, such that increasing ambient pressure will increase the lubricant pressure, thereby keeping the pressure differential across the seal small. In one embodiment, the piston is a floating retainer portion. In another embodiment, the piston is an annular piston, and in another embodiment, the piston is a plurality of smaller pistons disposed in the first retainer.

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