JOHN A MCDONALD
Engineering in Springfield, MA
License number
Massachusetts 48392
Issued Date
Dec 31, 2009
Expiration Date
Jun 30, 2018
Type
Civil Engineer
Address
Address
Springfield, MA 01106
Personal information
See more information about JOHN A MCDONALD at radaris.comName
Address
Phone
503 E 5Th St #1, Boston, MA 02127
50 George St, Norwood, MA 02062
51 Crescent Rd, Needham Hgts, MA 02494
50 Pleasant St APT 9A, Brookline, MA 02446
4 Munson St, Hudson, MA 01749
Organization information
See more information about JOHN A MCDONALD at bizstanding.comAlstom Power Inc
190 Carando Dr, Springfield, MA 01104
Status:
Inactive
Industry:
Engineering Services, Heavy Construction
Doing business as:
Apcom Power<br>Apcompower Inc
Phone:
(413) 746-5759 (Phone), (413) 746-9553 (Phone)
Executive Directors:
Gary Fulton Manager, Branch Manager, Partner, inactive,Robert Gandenberger Executive Director, inactive
Professional information
See more information about JOHN A MCDONALD at trustoria.com
Assistant Professor At Westfield State University, Environmental Science Department
Assistant Professor At Westfield State University, Environmental Science Department
Position:
Assistant Professor at Westfield State University, Environmental Science Department, Chairman, Board of Directors at RH Conwell Community Education Center, Field Course Leader at Northeast Section The Wildlife Society, Northeast Section Representative at The Wildlife Society, Associate Editor at Ursus
Location:
Springfield, Massachusetts Area
Industry:
Government Administration
Work:
Westfield State University, Environmental Science Department
- Westfield, MA since Jul 2012
-
Assistant Professor
RH Conwell Community Education Center
- Worthington, MA since Jun 2011
-
Chairman, Board of Directors
Northeast Section The Wildlife Society
- Castleton, Vermont since 2009
-
Field Course Leader
The Wildlife Society
since 2008
-
Northeast Section Representative
Ursus
since Jun 2001
-
Associate Editor
US Fish and Wildlife Service
Jun 2003 - Jul 2012
-
Wildlife Research Specialist, Wildlife and Sport Fish Restoration Program
Massachusetts Division of Fisheries and Wildlife
1995 - 2000
-
Wildlife Biologist
Education:
University of Massachusetts, Amherst 1992 - 1998
Doctor of Philosophy (Ph.D.), Wildlife Science Penn State University 1988 - 1993
Master of Science (MS), Wildlife and Fisheries Science Virginia Tech 1985 - 1989
Bachelor's degree, Forest Management/Forest Resources Management
Doctor of Philosophy (Ph.D.), Wildlife Science Penn State University 1988 - 1993
Master of Science (MS), Wildlife and Fisheries Science Virginia Tech 1985 - 1989
Bachelor's degree, Forest Management/Forest Resources Management
Honor & Awards:
Elected Fellow, The Wildlife Society
Bullard Fellow in Forest Research, Harvard Forest
Top Mounting Arrangement For A Heat Exchange Module
Top Mounting Arrangement For A Heat Exchange Module
US Patent:
6092591, Jul 25, 2000
Filed:
Oct 8, 1999
Appl. No.:
9/416519
Inventors:
John Anthony McDonald - Springfield MA
Glenn Thomas Selby - Simsbury CT
Glenn Thomas Selby - Simsbury CT
Assignee:
ABB Alstom Power Inc. - Windsor CT
International Classification:
F28D 700
US Classification:
165162
Abstract:
There is provided an arrangement for mounting the top end of a heat exchange module to and between a pair of opposed support frame surfaces, the arrangement including an elongate transverse beam and a pair of end mounting assemblies. The elongate transverse beam is securable to the top end of the heat exchange module with the longitudinal extent of the transverse beam oriented in the direction from one opposed support frame surface toward the other opposed support frame surface. One longitudinal end of the transverse beam has a left hand overextension portion extending longitudinally beyond the portion of the transverse beam immediately therebelow and the other longitudinal end of the transverse beam having a right hand overextension portion extending longitudinally beyond the portion of the transverse beam immediately therebelow. The pair of end mounting assemblies of the top end mounting arrangement are each securable to one of the opposed support frame surfaces to extend therefrom toward the other opposed support frame surface. Each end mounting assembly is operable to mount a respective longitudinal end of the transverse beam to a respective one of the opposed support frame surfaces.