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Michael W Kerastas

from Ann Arbor, MI
Age ~66
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Also known as:
Mike W Kerastas, Micheal Keras
Phone and address:
1691 Parkside Ct, Ann Arbor, MI 48108
(734) 429-5845
Related to:
Jenna Pek, 31Robin SampsonMargot Tillman, 83Joseph R Harp, 55Joseph Harp, 75Lori Kelley, 59
Connected to:
Linda T Keratsopoulos, 80Kelly Keravich, 31Benjamin J Kerbaugh, 68Jill S Kerbaugh, 69Keith W Kerbaugh, 74Trisia Kerbaugh, 56Lynn D Kerbe, 64Jacalyn E Kerbeck, 62Allison Kerbel, 41Gar Kerbel, 50

Michael Kerastas Phones & Addresses

  • 1691 Parkside Ct, Ann Arbor, MI 48108 (734) 429-5845
  • 1691 Parkside Ct APT 52, Ann Arbor, MI 48108 (734) 429-5845
  • 1698 Sapphire, Lake City, MI 49651 (231) 839-4950
  • Akron, OH
  • Detroit, MI
  • Saline, MI
  • Petersburg, MI

Work

Company: Ford motor company Position: Manager

Education

Degree: BSME School / High School: University of Michigan 1977 to 1981 Specialities: Mechanical Engineering

Industries

Automotive

Resumes

Resumes

Michael Kerastas Photo 1

Manager, Gpds Underbody Engineering Ford North America Lean Product Creation

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Location:
1691 Parkside Ct, Ann Arbor, MI 48108
Industry:
Automotive
Work:
Ford Motor Company
Manager
Education:
University of Michigan 1977 - 1981
BSME, Mechanical Engineering

Publications

Us Patents

Shock Absorber With Doppler Fluid Velocity Sensor

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US Patent:
50004786, Mar 19, 1991
Filed:
Mar 15, 1990
Appl. No.:
7/496195
Inventors:
Michael W. Kerastas - Petersburg MI
Assignee:
Monroe Auto Equipment Company - Monroe MI
International Classification:
B60G 17015
B60G 1108
US Classification:
280707
Abstract:
A hydraulic activator operable to change a suspension characteristic in response to changes in the velocity of damping fluid flowing through a flow passage provided in flow control valving within the shock absorber. The hydraulic activator comprising a pressure cylinder forming a working chamber operable to store damping fluid and a reservoir cylinder coaxial therewith. A piston is disposed within the pressure cylinder defining an upper and lower portion of the working chamber. The activator further comprises a first transducer for emitting ultrasonic waves across the flow passage. The ultrasonic waves emitted by the first transducer are received by a second transducer. A frequency detection circuit determines the difference in frequency between the emitted and received ultrasonic waves and generates an output in response thereto. A central processor calculates the fluid velocity and causes a control circuit to change a suspension characteristic of the shock absorber.
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Michael W Kerastas from Ann Arbor, MI, age ~66 Get Report