Professional Records
License Records
Chuck Francis Wiese
Address:
1515 SW 66 Ave, Portland, OR 97225
License #:
A2053298
Category:
Airmen
Chuck Wiese Phones & Addresses
-
1515 SW 66Th Ave, Portland, OR 97225 (503) 349-4145
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Yachats, OR
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9400 Old Cedar Ave, Bloomington, MN 55425
-
Minneapolis, MN
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Beaverton, OR
Work
Company:
Weatherwise inc
Address:
1515 Sw 66Th Ave, Portland, OR 97225
Phones:
(503) 203-1773
Position:
President
Industries:
Engineering Services
Business Records
Name / Title
Company / Classification
Phones & Addresses
President
Weatherwise Inc
Engineering Services
Engineering Services
1515 Sw 66Th Ave, Portland, OR 97225
President
Weatherwise Inc
Accountant · Engineering Services
Accountant · Engineering Services
1515 SW 66 Ave, Portland, OR 97225
(503) 203-1773
(503) 203-1773
President
ROUNDHILL SERVICE ASSOCIATION NO. 2
Membership Organization
Membership Organization
7327 SW Barnes Rd #510, Portland, OR 97225
President
Weatherwise Inc
Engineering Services
Engineering Services
1515 Sw 66Th Ave, Portland, OR 97225
Publications
Us Patents
Apparatus And Method For Determining Geostrophic Wind Velocity
View pageUS Patent:
53720393, Dec 13, 1994
Filed:
Aug 20, 1993
Appl. No.:
8/109648
Inventors:
Chuck F. Wiese - Portland OR
Assignee:
Weatherwise, Inc. - Portland OR
International Classification:
G01N 100
US Classification:
7317016
Abstract:
A geostrophic wind forecasting method determines an atmospheric density (D) and a Coriolis parameter (F) at a given location. The atmospheric pressure is detected at the location over a predetermined period of time (t). The period of time (t), e. g. , two hours, corresponds to the time required for a pressure surface to travel a distance (X) at an empirically determined velocity, e. g. , 35 knots. The change in pressure (. DELTA. P) is detected over the period of time (t). The geostrophic wind velocity (VG) is then determined, according to the invention, based on the following relationship: VG=[1/(D. times. F)]. times. [. DELTA. P/X]. The resulting geostrophic wind velocity (VG) is then displayed. At 35 knots, over a given two hour period, the distance X traveled by the pressure surface is approximately equal to 129,640 meters. The method is embodied in an apparatus that can be associated with a conventional barometer to produce a weather forecasting station.