DUC MINH TRAN
Pharmacy in Santa Ana, CA
License number
Michigan 5302034030
Issued Date
Jul 8, 2002
Expiration Date
Jun 30, 2017
Category
Pharmacy
Type
Pharmacist
Address
Address
Santa Ana, CA 92704
Personal information
See more information about DUC MINH TRAN at radaris.comName
Address
Phone
4475 Cerritos Ave, Long Beach, CA 90807
4544 Winona Ave APT 29, San Diego, CA 92115
433 Casanova St APT 1108, Los Angeles, CA 90012
4410 Rockmere Way, La Canada Flt, CA 91011
4411 Menlo Ave APT 6, San Diego, CA 92115
Professional information
See more information about DUC MINH TRAN at trustoria.com
Director Of A&Amp;E At Wdpartner
Director Of A&Amp;E At Wdpartner
Location:
Orange County, California Area
Industry:
Architecture & Planning
Dr. Duc N Tran, Westminster CA - DO (Doctor of Osteopathic Medicine)
Dr. Duc N Tran, Westminster CA - DO (Doctor of Osteopathic Medicine)
Specialties:
Family Medicine
Address:
Duc N Tran DO
9559 Bolsa Ave SUITE A, Westminster 92683
(714) 531-4616 (Phone)
9559 Bolsa Ave SUITE A, Westminster 92683
(714) 531-4616 (Phone)
Languages:
English, Vietnamese
Hospitals:
Duc N Tran DO
9559 Bolsa Ave SUITE A, Westminster 92683
Orange Coast Memorial Medical Center
9920 Talbert Ave, Fountain Valley 92708
9559 Bolsa Ave SUITE A, Westminster 92683
Orange Coast Memorial Medical Center
9920 Talbert Ave, Fountain Valley 92708
Education:
Medical School
Western University of Health Sciences
Graduated: 1990
Western University of Health Sciences
Graduated: 1990
Computer Hardware Professional
Computer Hardware Professional
Location:
Orange County, California Area
Industry:
Computer Hardware
Work:
Qlogic Corp
Jun 2000 - Nov 2008
-
Pricipal Engineer-ASIC Design
Northrop Grumman
Apr 1983 - Jun 2000
-
Department Staff-Hardware Design
Education:
California State University-Los Angeles 1980 - 1982
MS, Electrical Engineering
MS, Electrical Engineering
Production Supervisor At Hochiki America Corp.
Production Supervisor At Hochiki America Corp.
Position:
Production Supervisor at Hochiki America Corp.
Location:
Orange County, California Area
Industry:
Electrical/Electronic Manufacturing
Work:
Hochiki America Corp.
since Jul 2011
-
Production Supervisor
Cal Quality Electronics
Jan 2010 - Jun 2011
-
Production supervisor
STEC (Formerly SimpleTech)
1995 - 2009
-
Process Technician
Languages:
English, Vietnamese
Director Of Manufacturing Engineering At Visiogen
Director Of Manufacturing Engineering At Visiogen
Position:
Director of Manufacturing Engineering at Visiogen
Location:
Orange County, California Area
Industry:
Medical Devices
Work:
Visiogen
-
Director of Manufacturing Engineering
Computer Software Professional
Computer Software Professional
Location:
Orange County, California Area
Industry:
Computer Software
Work:
Motorola
Nov 2000 - Jul 2007
-
Sr. Software Engineer
Education:
California State Polytechnic University-Pomona 1996 - 1998
Business Analyst At Qlogic
Business Analyst At Qlogic
Position:
Business Analyst at Qlogic
Location:
Orange County, California Area
Industry:
Computer Networking
Work:
Qlogic
-
Business Analyst
Manager At Ducm.,Inc
Manager At Ducm.,Inc
Position:
Manager at DUCM.,Inc
Location:
Orange County, California Area
Industry:
Retail
Work:
DUCM.,Inc
-
Manager
Clinical Data Analyst At Nautilus Hmg
Clinical Data Analyst At Nautilus Hmg
Position:
Clinical Data Analyst at Nautilus HMG
Location:
Orange County, California Area
Industry:
Health, Wellness and Fitness
Work:
Nautilus HMG
-
Clinical Data Analyst
Laminar Air-Flow Sail
Laminar Air-Flow Sail
US Patent:
5123368, Jun 23, 1992
Filed:
Apr 26, 1991
Appl. No.:
7/692272
Inventors:
Duc H. Tran - Santa Ana CA
David A. Reed - Anaheim CA
David A. Reed - Anaheim CA
International Classification:
B63H 904
US Classification:
114103
Abstract:
Rows of closely spaced apertures are installed in a sail to control boundary layer air flow over a sail to laminar flow type by "bleeding" high energy air from the windward or concave side of the sail through the apertures to the convex or leeward side of the sail. The "bleed air" vents the windward boundary layer air through the apertures, gently lifts the leeward or convex side boundary layer off the sail surface; then new laminar boundary layers are formed, on each side of the sail, downwind of the aperture. The increase in air energy adjacent to the sail surface maintains desirable air flow velocity and pressure gradients on the sail that prevents flow separation. The apertures permit large camber of sail contour and high angles of attack without stalling. The air "bleeding" action continuously removes old boundary layer air and creates new laminar boundary air layers on the sail. The energy in the boundary layer air on both sides of the sail is increased which prevents thick, turbulent boundary layers of air from forming laminar air flow and provides high dynamic lift forces because less of the wind energy is wasted.