WILLIAM P MANNING
Engineers in Tulsa, OK
License number
Pennsylvania PE008857E
Category
Engineers
Type
Professional Engineer
Address
Address
2
Tulsa, OK 74135
Pennsylvania
Pennsylvania
Personal information
See more information about WILLIAM P MANNING at radaris.comName
Address
Phone
518 Devon Cir, Harleysville, PA 19438
50 Pepperell Dr, Fstrvl Trvose, PA 19053
5737 S Manning Rd, El Reno, OK 73036
20 Lexington Ct, Telford, PA 18969
518 Devon Cir, Harleysville, PA 19438
Professional information
Self Erectable Structure
US Patent:
4044358, Aug 23, 1977
Filed:
Sep 25, 1967
Appl. No.:
4/670828
Inventors:
William P. Manning - Tulsa OK
Louis Maus - Tulsa OK
Louis Maus - Tulsa OK
Assignee:
Rockwell International Corporation - El Segundo CA
International Classification:
H01Q 1500, H01Q 1700
US Classification:
343 18A
Abstract:
An interference type radar attenuator is described formed of a plurality of thin sheets having selected admittance values. The sheets are spaced apart by thin plastic spacer members having a shape memory so that the sheets can be compressed together by deforming the plastic spacers for very tight packaging and, upon release of the packaging, the sheets return to a spaced relation for effective radar attenuation. A similar structure is useful in space vehicles for thermal shielding and as a meteroid bumper.
Combustion Control System
US Patent:
4184837, Jan 22, 1980
Filed:
Apr 21, 1976
Appl. No.:
5/675109
Inventors:
William P. Manning - Tulsa OK
Assignee:
Combustion Engineering, Inc. - Windsor CT
International Classification:
F23H 102
US Classification:
431 90
Abstract:
A fluid fuel burning system is mounted in a firetube and generates heat of combustion which is transferred to industrial fluid flowing through a vessel in which the firetube is mounted. The air for combustion flows into the burner as primary air mixing with the fluid fuel and a secondary air which is regulated as it flows to the combustion being completed downstream of the burner. The regulation is carried out with a damper positioned in the entrance to the firetube.
Process For Simultaneous Removal Of Hydrogen Sulfide And Water From A Gas Mixture Without Substantial Removal Of Carbon Dioxide Or Hydrocarbons
US Patent:
4107270, Aug 15, 1978
Filed:
Jun 20, 1977
Appl. No.:
5/807936
Inventors:
Charles Robert Ferrin - Tulsa OK
William Patrick Manning - Tulsa OK
William Patrick Manning - Tulsa OK
Assignee:
Combustion Engineering, Inc. - Windsor CT
International Classification:
B01D 5334
US Classification:
423226
Abstract:
A high boiling organic liquid, including 1-formylpiperidine or an alkylated derivative, is continuously applied to absorb hydrogen sulfide and water from a gas mixture, and is subsequently regenerated with heat.
Heat Resistant Radar Absorber
US Patent:
4084161, Apr 11, 1978
Filed:
May 26, 1970
Appl. No.:
5/048619
Inventors:
William P. Manning - Tulsa OK
Assignee:
The United States of America as represented by the Secretary of the Army - Washington DC
International Classification:
C09J 502, H01Q 1700
US Classification:
343 18A
Abstract:
A foamed ceramic slab is bonded to a three-layer polyimide RAM substrate to roduce a radar absorber capable of at least 10db absorptivity of the range 3 to at least 10 GHZ and of withstanding very high temperatures, for example, 3,000. degree. F for 80 seconds or 900. degree. F for 10 minutes, while weighing only about 5. 0 lbs/sq. ft.
Process For The Removal Of Hydrogen Sulfide From Gas Mixtures
US Patent:
4276271, Jun 30, 1981
Filed:
Dec 3, 1979
Appl. No.:
6/099942
Inventors:
William P. Manning - Tulsa OK
Stephen J. Rehm - Tulsa OK
Jeffrey L. Schmuhl - Tulsa OK
Stephen J. Rehm - Tulsa OK
Jeffrey L. Schmuhl - Tulsa OK
Assignee:
Combustion Engineering, Inc. - Windsor CT
International Classification:
B01D 5334
US Classification:
423226
Abstract:
An aqueous solution of a zinc salt is used to selectively remove hydrogen sulfide from a gas mixture. An insoluble basic zinc compound is added to the solution to regenerate, or replenish, the salt. A dispersant is added to both decrease the surface tension of the liquid and reduce the degree of hydration of the basic compound, thereby retarding significantly the agglomeration, settling and loss of the basic zinc compound.
Vehicle Shield
US Patent:
4947174, Aug 7, 1990
Filed:
Feb 24, 1969
Appl. No.:
4/802310
Inventors:
Theodore H. Lehman - Las Cruces NM
William P. Manning - Tulsa OK
William P. Manning - Tulsa OK
Assignee:
Rockwell International Corporation - El Segundo CA
International Classification:
H01Q 1700, B64G 122, B64G 154
US Classification:
342 3
Abstract:
A radar attenuator shield for a space vehicle is described having an open shell of radar attenuating material presenting a smooth external surface on one side and open on the opposite side in the general shape of a bathtub. The space vehicle is ensconced within the open side for minimizing radar echo. In a preferred embodiment the external surface of the radar attenuator shield is in the form of a semi-cylinder with one-fourth of a sphere at each end thereof.
Firetube Economizer
US Patent:
4062324, Dec 13, 1977
Filed:
Jun 1, 1976
Appl. No.:
5/691748
Inventors:
William P. Manning - Tulsa OK
Assignee:
Combustion Engineering, Inc. - Windsor CT
International Classification:
F22B 706
US Classification:
122145
Abstract:
A firetube is mounted in a body of liquid to transmit heat to the liquid. A burner of fluid fuel is attached to one end of the firetube to discharge products of combustion into the firetube. The cooled products are discharged from the other end. The last portion of the firetube in the liquid bath has a series of tubes mounted through its walls. Liquid of the bath passes through the tubes and is heated by the products of combustion in contact with the tubes from within the firetube.
Convection Baffles
US Patent:
4117806, Oct 3, 1978
Filed:
Jun 25, 1976
Appl. No.:
5/699778
Inventors:
William P. Manning - Tulsa OK
Assignee:
Combustion Engineering, Inc. - Windsor CT
International Classification:
F22B 102, F22D 700
US Classification:
122 33
Abstract:
A heat source and an element to be heated are immersed in a common liquid heat exchange medium. Baffles are arranged to guide the heated portion of the liquid upward and toward the heated element and guide the cooled portion of the liquid downward and toward the heat source in such a manner as to avoid conflict between the two flows to maximize the heat exchange between the source and element.