Search

Daniel Lawrence Brombolich

from Saint Charles, MO
Age ~57
Get Report
Also known as:
Daniel L Brombolich, Daniel Brombolich Bauer, Dl L Brombolich, Daniel H
Phone and address:
1735 Foxglove Dr, Saint Charles, MO 63303
(636) 328-7384
Related to:
Daniel A Steinberg, 58Stephanie Greene, 45Chase M GreeneJohn M Zerbes, 83Michael BauerRuth A Zerbes, 82
Connected to:
Ashley Bromby, 59Barbara K Bromby, 76Marnie A Bromby, 55Melissa B Bromby, 48Dominique A Brome, 35Fred B Brome, 70James A Bromeland, 79Timothy J Bromelkamp, 56Gavin R Bromell, 71Mary A Bromelmeier, 65

Daniel Brombolich Phones & Addresses

  • 1735 Foxglove Dr, Saint Charles, MO 63303 (636) 328-7384
  • 1149 Woodchase Ln, Chesterfield, MO 63017
  • Ballwin, MO
  • Moscow Mills, MO
  • Rolla, MO
  • 1735 Foxglove Dr, Saint Charles, MO 63303

Public records

Vehicle Records

Daniel Brombolich

View page
Address:
1735 Foxglove Dr, Saint Charles, MO 63303
VIN:
1NXBR32E17Z781635
Make:
TOYOTA
Model:
COROLLA
Year:
2007

Publications

Us Patents

Topology Modeler

View page
US Patent:
7222057, May 22, 2007
Filed:
May 31, 2002
Appl. No.:
10/160424
Inventors:
Daniel L. Brombolich - Saint Charles MO, US
Assignee:
UGS Corp. - Plano TX
International Classification:
G06F 7/60
G06F 17/10
US Classification:
703 2
Abstract:
According to one embodiment of the invention, a method for modeling a feature associated with a deformed material is provided. The method includes generating a first mesh having a model of a feature and a second mesh. A normal distance between a point on the model of the feature and the surface of the first mesh is measured. A location of the surface point of the first mesh that is used to measure the normal distance is determined. The determined location is used to locate the same surface point on the second mesh. A new location for a new point corresponding to the point on the model of the feature associated with the first mesh is determined. The new location is located at the distance as the determined normal distance, but along a normal vector that intersects the same surface point on the second mesh.

Computerized Deformation Analyzer

View page
US Patent:
7321365, Jan 22, 2008
Filed:
Dec 16, 2005
Appl. No.:
11/305834
Inventors:
Daniel L. Brombolich - Saint Charles MO, US
International Classification:
G06T 17/00
US Classification:
345420, 345419, 345421, 345424, 700 97, 702 42, 703 1, 703 7, 716 9
Abstract:
According to one embodiment of the invention, a method for determining deformation of a surface of a material is provided. The method includes receiving, at a computer, an elastic deformation range and a plastic deformation range of the material. The method also includes modeling a region of the material with a mesh. The mesh includes a plurality of elements. The method also includes determining, by performing a finite element analysis on the mesh by the computer, a displacement for at least one point on each of the elements. The displacement results from a set of modeled boundary conditions. The finite element analysis includes recurrently approximating the modulus of elasticity for each element according to the elastic deformation range and the plastic deformation range. The act of approximating is based on a value of strain calculated from a previously calculated element displacement.

Computerized Deformation Analyzer

View page
US Patent:
20030222871, Dec 4, 2003
Filed:
May 31, 2002
Appl. No.:
10/161270
Inventors:
Daniel Brombolich - Saint Charles MO, US
Assignee:
Electronic Data Systems Corporation;
International Classification:
G06T015/20
US Classification:
345/427000
Abstract:
According to one embodiment of the invention, a method for determining deformation of a surface of a material is provided. The method includes receiving, at a computer, an elastic deformation range and a plastic deformation range of the material. The method also includes modeling a region of the material with a mesh. The mesh includes a plurality of elements. The method also includes determining, by performing a finite element analysis on the mesh by the computer, a displacement for at least one point on each of the elements. The displacement results from a set of modeled boundary conditions. The finite element analysis includes recurrently approximating the modulus of elasticity for each element according to the elastic deformation range and the plastic deformation range. The act of approximating is based on a value of strain calculated from a previously calculated element displacement.
Control profile
Daniel Lawrence Brombolich from Saint Charles, MO, age ~57 Get Report