Mark Glauser resumes & CV records
Resumes
Mark Glauser
Mark Glauser
Professional
Location:
United States
Mark Nelson Glauser, Age 67Parishville, NY
Mark Glauser Phones & Addresses
Parishville, NY
8546 Lamp Post Cir, Manlius, NY 13104 (315) 265-1473 (315) 682-1878
Pompey, NY
Hannawa Falls, NY
New York, NY
Poquoson, VA
Mentions for Mark Nelson Glauser
Publications & IP owners
Us Patents
Method And System For Controlling Airfoil Actuators
US Patent:
2006026, Nov 30, 2006
Filed:
Jun 23, 2005
Appl. No.:
11/159682
Inventors:
Mark Glauser - Manlius NY, US
Hiroshi Higuchi - Fayetteville NY, US
Hiroshi Higuchi - Fayetteville NY, US
International Classification:
G05D 1/06
G01M 9/00
B64C 13/16
G01M 9/00
B64C 13/16
US Classification:
073147000, 244203000, 701010000
Abstract:
A method of measuring the state of flow above an airfoil using an estimation of the velocity field based on a combination of Particle Image Velocimetry PIV and multiple surface pressure measurements processed through a POD/mLSE algorithm. Integral to the POD/mLSE algorithm is the estimation of the global POD coefficients. The utility of these time dependent coefficients, which are estimated from surface pressure only, are demonstrated in a simple proportional feedback loop (as the time series to drive the actuators) to keep the flow attached. This method requires realistic feedback flow control since surface measurements and not inflow measurements are required for practical applications. The estimation method works well with dynamic strain on flexible bodies and is not limited to estimation from pressure only.
Low Mixing Ventilation Jet
US Patent:
2011003, Feb 17, 2011
Filed:
Aug 17, 2009
Appl. No.:
12/542045
Inventors:
H. Ezzat Khalifa - Manlius NY, US
Mark Glauser - Manlius NY, US
Mark Glauser - Manlius NY, US
Assignee:
SYRACUSE UNIVERSITY - Syracuse NY
International Classification:
F24F 13/06
US Classification:
454305
Abstract:
A ventilation system with hardware to direct two independent airflows, wherein an outer airflow (at least partially) surrounds the an inner airflow. Preferably the inner and outer airflows come from different sources such that the air of the inner airflow has higher associated costs than the air of the outer airflow. For example, the inner airflow may be more cleaned and/or more thermally conditioned than the outer airflow. The inner airflow may have a different velocity than the outer airflow. Preferably, the ventilation system is a PVD, but other applications are also contemplated, such as: (i) spot-cooling; (ii) air curtains (for example for a refrigerated food section or case in a market); (iii) medical devices (for example, oxygen supply devices, “blankets” of thermally conditioned and/or cleaned air for infants, patients in surgery or burn victims, shields of cleaned air for protection against microbes for patients with compromised immune systems); (iv) personal humidifiers; (v) personal dehumidifiers; (vi) thermal and/or humidity control for plant or animal enclosures; and/or (vii) any other ventilation system for controlling at least one type of air characteristic (see Definitions section).
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