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Lydia Lynn Biegert

from Pleasant View, UT
Age ~70
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Also known as:
Lydia L Biegert, Lydia Lynn Kolonko, Biegert L Lydia
Phone and address:
423 W 4125 N, Ogden, UT 84414
Related to:
Kenneth J Kolonko, 73
Connected to:
Bret J Biegert, 53Brian J Biegert, 46Craig A Bieggar, 62Deborah J Biegger, 71Tyler J Bieghler, 34Amber N Biegler, 38Anne T Biegler, 85Karen A Biegler, 47Kody Biegler, 35Kristopher K Biegler, 43

Lydia Biegert Phones & Addresses

  • 423 W 4125 N, Ogden, UT 84414
  • 658 2600, Ogden, UT 84414 (801) 786-1835
  • 955 4400, Ogden, UT 84403 (801) 479-3660
  • Pleasant View, UT
  • Poteet, TX
  • Brigham City, UT
  • 423 W 4125 N, Ogden, UT 84414 (801) 786-1835

Work

Company: Person Jun 2016 to 2017 Position: Independent consultant

Education

Degree: Bachelor's degree or higher

Skills

Aerospace • Systems Engineering • Engineering Management • Composites • Continuous Improvement • Design of Experiments • Space Systems • R&D • Materials Science • Engineering • Chemistry

Industries

Defense & Space

Resumes

Resumes

Lydia Biegert Photo 1

Senior Scientist

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Location:
Ogden, UT
Industry:
Defense & Space
Work:
Person Jun 2016 - 2017
Independent Consultant
Orbital Atk Jun 2016 - 2017
Senior Scientist
Skills:
Aerospace
Systems Engineering
Engineering Management
Composites
Continuous Improvement
Design of Experiments
Space Systems
R&D
Materials Science
Engineering
Chemistry

Publications

Us Patents

High Molecular Weight Polycaprolactone Prepolymers Used In High-Energy Formulations

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US Patent:
47754320, Oct 4, 1988
Filed:
Nov 6, 1986
Appl. No.:
6/927887
Inventors:
Kenneth J. Kolonko - Brigham City UT
Michael W. Barnes - Warrenton VA
Lydia L. Biegert - Brigham City UT
Assignee:
Morton Thiokol, Inc. - Chicago IL
International Classification:
C06B 4510
US Classification:
149 194
Abstract:
Poly(caprolactone) polymers are provided having molecular weights of 4000 or higher, are used to form propellant binders. When the high molecular weight poly(caprolactone) polymers are used in propellant formulations and cured with isocyanates of adequate functionality, propellants are produced having improved stress and strain characteristics relative to presently formulated propellants having binders of cured, lower molecular weight poly(caprolactone) polymers.

Strain Measurement Device, A Solid Rocket Motor Including Same, And Related Methods

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US Patent:
20140130480, May 15, 2014
Filed:
Oct 12, 2011
Appl. No.:
13/271416
Inventors:
John L. Shipley - Tremonton UT, US
Russell A. Crook - Ogden UT, US
Robert P. Graham - Tremonton UT, US
Lydia L. Biegert - Pleasant View UT, US
David H. Johnson - South Ogden UT, US
Assignee:
ALLIANT TECHSYSTEMS INC. - Minneapolis MN
International Classification:
F02K 9/38
B29C 41/20
F02K 9/34
G01L 1/12
US Classification:
60253, 73763, 264275
Abstract:
A strain measurement device includes a reference material, and a displacement sensor configured to detect relative changes in distance between the sensor and the reference material. At least one of the displacement sensor and the reference material is coupled with a pre-cured elastomeric material. The displacement sensor generates a data signal to a processor that is configured to determine a strain of another elastomeric material based at least in part on the data signal received from the sensor. A displacement sensor and a reference material may be positioned within an elastomeric material within a casing of a solid rocket motor for determining strain experienced by the elastomeric material, such as the propellant of the solid rocket motor. A method includes installing a sensor of an elastomeric material. Another method includes determining strain of an elastomeric material of a solid rocket motor.
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Lydia Lynn Biegert from Pleasant View, UT, age ~70 Get Report