Daniel J Lingenfelser

age ~71

from Manhattan, KS

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Also known as:

Daniel Joseph Lingenfelser
Dan J Lingenfelser
Jason D Lingenfelser
Daniel J Lingenselser
Daniel R

Connected to:

Daniel Lingenfelser Phones & Addresses

Manhattan, KS
4125 Christi Ln, Saint George, KS 66535 • (785)4942092
5230 Cambron Ave, Chillicothe, IL 61523 • (309)2746193
2953 Tram Rd, Fuquay Varina, NC 27526 • (919)6394730
Raleigh, NC
Starkville, MS
Durham, NC
Selma, NC
Cary, NC
4125 Christi Ln, Saint George, KS 66535 • (309)2746193

Work

Company:

Hbm ncode federal llc
Jun 2009
Address:

Starkville,MS
Position:

Principal scientist

Education

Degree:

BSAgE
School / High School:

Kansas State University
1971 to 1977
Specialities:

Power & Machinery

Skills

Simulations • Manufacturing • Structural Analysis • Mechanical Testing • Six Sigma • Engineering • Fmea • Materials • Lean Manufacturing • Continuous Improvement • Engineering Management • Finite Element Analysis • Dmaic • Fatigue Testing • Design of Experiments • Design For Manufacturing • Product Development • Stress Analysis • Machining • Mechanical Engineering • Data Acquisition • Modal Analysis • Ptc Creo • Cad • Thermal Analysis • Fracture Mechanics • Fatigue Analysis • Welding • Fracture • Structural Engineering • Pro Engineer • Abaqus • Product Design • Root Cause Analysis • Testing • Failure Analysis • Cae • Spc

Industries

Mechanical Or Industrial Engineering

Resumes

Principal Scientist

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Location:

2953 Tram Rd, Fuquay Varina, NC 27526

Industry:

Mechanical Or Industrial Engineering

Work:

HBM nCode Federal LLC - Starkville,MS since Jun 2009
Principal Scientist
Caterpillar Inc. Jan 1975 - Jan 2009
Fatigue Life Prediction Expert

Education:

Kansas State University 1971 - 1977
BSAgE, Power & Machinery

Skills:

Simulations
Manufacturing
Structural Analysis
Mechanical Testing
Six Sigma
Engineering
Fmea
Materials
Lean Manufacturing
Continuous Improvement
Engineering Management
Finite Element Analysis
Dmaic
Fatigue Testing
Design of Experiments
Design For Manufacturing
Product Development
Stress Analysis
Machining
Mechanical Engineering
Data Acquisition
Modal Analysis
Ptc Creo
Cad
Thermal Analysis
Fracture Mechanics
Fatigue Analysis
Welding
Fracture
Structural Engineering
Pro Engineer
Abaqus
Product Design
Root Cause Analysis
Testing
Failure Analysis
Cae
Spc

Us Patents

Fatigue Resistant Slot And Tab Design
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US Patent:

7044677, May 16, 2006
Filed:

May 27, 2003
Appl. No.:

10/445667
Inventors:

Todd E. Moser - Roanoke IL, US
Timothy A. Vik - Sparland IL, US
Daniel J. Lingenfelser - Chillicothe IL, US
Jeffrey P. Nash - Peoria IL, US
Assignee:

Caterpillar Inc. - Peoria IL
International Classification:

F16B 5/01
US Classification:

403252, 403 13, 228135
Abstract:

Engineers have found that use of a slot and tab method to assemble a fabrication assembly is limited to fabrication assemblies that will be subjected to relatively low stress. In order to expand the use of the slot and tab method to fabrication assemblies that are subjected to relatively higher stress, the present invention increases the fatigue resistance of a welded slot and tab joint. A fabrication assembly includes a first fabrication element including a perimetric inner surface defining a slot and a second fabrication element including a tab. The tab includes a shoulder that includes a perimetric side surface. The tab is cooperative with the slot to lock the first fabrication element to the second fabrication element. At least one of the perimetric inner surface and the perimetric side surface includes portions that are oriented to one another at an angle different than 0 and 90. The geometry of at least one of the shoulder of the tab and the perimetric inner surface defining the slot can increase the fatigue resistance of the welded slot and tab joint.

Bracket Assembly For Mounting Fire Extinguishers Thereon
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US Patent:

42135923, Jul 22, 1980
Filed:

Jun 23, 1978
Appl. No.:

5/918232
Inventors:

Daniel J. Lingenfelser - Peoria IL
Assignee:

Caterpillar Tractor Co. - Peoria IL
International Classification:

A47K 108
US Classification:

248313
Abstract:

A tubular article (F), such as a fire extinguisher, is normally retained on a bracket (10) by a releasable latch mechanism (19). An elastomeric pad (26) is compressed between an upper end of the article and the bracket for ejecting the article outwardly from the bracket upon release of the latch mechanism. A lower end (R) of the article is retained on the bracket by a lug (28) which releases the article for forward pivoting movement upon ejection thereof from the bracket.