Faculty

Institution

Unit

Venue

Ernest Sechler

Faculty

California Institute of Technology

Affiliations

Division of Engineering and Applied Science

Aerospace (galcit)

Ernest Sechler is currently serving as an Aerospace (Galcit) Faculty at California Institute of Technology.

Honors

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Experiences

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Education

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Ernest Sechler

California Institute of Technology

Faculty

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mechanical engineering structural mechanics mechanics of materials engineering aerospace engineering solid mechanics deformation aerodynamics shell structures mechanics numerical simulations shell theory materials science structural engineering structural safety structural optimization friction metals aeronautics mechanical behavior tribology compression (physics) large scale structure internal pressure vibrations structural control engineering structures fracture mechanics nonlinear phenomena composite structures steel research structural vibrations stressstrain analysis residual stress mechanical deformation shock compression thin-walled structure structural reliability structural design structural integrity structural plasticity mechanical modeling experimental analysis experimental testing aerospace technology aeroelasticity structural performance instrument development electronic instrumentation inclinometer instrument science shape modeling shape analysis thin plates thin cylindrical shells thin-walled circular cylinders axial compression imperfect cylindrical shells stress distribution stiffened panels overall structural problems swept wings static loads longitudinal waves stability limit thin metal structures geometric imperfections circular cylindrical shells

Notable Scholarly Works

Notable Federal Grants

Collaborators

Are Measurements of Geometric Imperfections of Plates and Shells Useful?. Experimental Mechanics (1979)

E. E. SechlerD. D. Babcock

mechanical engineeringmechanicsshell theorygeometric imperfectionsshell structures

On the Buckling of Stiffened Imperfect Cylindrical Shells. AIAA Journal (1976)

J. ArboczE.E. Sechler

mechanical engineeringstructural mechanicsaerospace engineeringshell structuresmechanics of materials

Longitudinal Waves in Wedges. Experimental Mechanics (1975)

T. M. LeeE. E. Sechler

mechanical engineeringfluid dynamicsmechanicssolid mechanicsfluid mechanicslongitudinal wavesapplied physicsengineering

On the Buckling of Axially Compressed Imperfect Cylindrical Shells. Journal of Applied Mechanics (1974)

J. ArboczE. E. Sechler

mechanical engineeringmechanicsmechanics of materialsshell theorysolid mechanicsstructural mechanicsimperfect cylindrical shellsshell structuresapplied physicsengineering

The Buckling of Cylindrical Shells Status Report No. 9. (1965)

E. E. Sechler

frictionmechanical engineeringdeformationcomposite structuresshell theorysolid mechanicsstructural mechanicssteel researchstructural testingelectrical engineeringnumerical simulationsaerospace engineeringshell structuresmetalsmechanics of materials

Experimental Techniques in Shell Buckling Research. (1963)

E. E. Sechler

experimental analysisexperimental techniquesdeformationmechanical engineeringmechanical behaviorshell buckling researchsolid mechanicsstructural mechanicsapplied physicsexperimental testingmechanical testingmechanics of materials

Study of Cylindrical Shells With Large Radius to Thickness Ratios.. (1962)

E. E. Sechler

materials sciencefrictionlarge radiusmicrostructureshape modelingmechanical engineeringdeformationshell theoryshape analysiscylindrical shellssolid mechanicsgeometry and topologyaerospace engineeringshell structureslarge scale structuremetalsmechanics of materials

DISCUSSION: “on the Buckling of Circular Cylindrical Shells Under Pure Bending” (Seide, Paul, and Weingarten, V. I., 1961, Asme J. Appl. Mech., 28, Pp. 112–116). Journal of Applied Mechanics (1961)

E. E. Sechler

fracture mechanicsmechanical engineeringmechanical behaviormechanicsstructural plasticitysolid mechanicsstructural mechanicsmechanical modelingcircular cylindrical shellsnumerical simulationspure bendingmechanics of materials

Miniature Remote Reading Inclinometer. Review of Scientific Instruments (1960)

E. E. SechlerC. Martin BerdahlC. W. Scott

reading inclinometerinstrument developmentelectronic instrumentationinclinometerelectrical engineeringapplied physicsoptoelectronicsinstrument scienceinstrumentation

Buckling of Thin-Walled Circular Cylinders Under Axial Compression and Internal Pressure. Journal of the aeronautical sciences. [REQUEST TITLE] (1957)

Y. C. FUNGE. E. SECHLER

mechanical engineeringaerodynamicsthin-walled circular cylindersinternal pressureaxial compressionaerospace engineeringaeronauticsengineering

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Ernest Sechler

Faculty

California Institute of Technology

Affiliations

Division of Engineering and Applied Science

Aerospace (galcit)

Ernest Sechler is currently serving as an Aerospace (Galcit) Faculty at California Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ernest Sechler

California Institute of Technology

Faculty

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Are Measurements of Geometric Imperfections of Plates and Shells Useful?. Experimental Mechanics (1979)

E. E. SechlerD. D. Babcock

mechanical engineeringmechanicsshell theorygeometric imperfectionsshell structures

On the Buckling of Stiffened Imperfect Cylindrical Shells. AIAA Journal (1976)

J. ArboczE.E. Sechler

mechanical engineeringstructural mechanicsaerospace engineeringshell structuresmechanics of materials

Longitudinal Waves in Wedges. Experimental Mechanics (1975)

T. M. LeeE. E. Sechler

mechanical engineeringfluid dynamicsmechanicssolid mechanicsfluid mechanicslongitudinal wavesapplied physicsengineering

On the Buckling of Axially Compressed Imperfect Cylindrical Shells. Journal of Applied Mechanics (1974)

J. ArboczE. E. Sechler

mechanical engineeringmechanicsmechanics of materialsshell theorysolid mechanicsstructural mechanicsimperfect cylindrical shellsshell structuresapplied physicsengineering

The Buckling of Cylindrical Shells Status Report No. 9. (1965)

E. E. Sechler

Experimental Techniques in Shell Buckling Research. (1963)

E. E. Sechler

Study of Cylindrical Shells With Large Radius to Thickness Ratios.. (1962)

E. E. Sechler

Miniature Remote Reading Inclinometer. Review of Scientific Instruments (1960)

E. E. SechlerC. Martin BerdahlC. W. Scott

reading inclinometerinstrument developmentelectronic instrumentationinclinometerelectrical engineeringapplied physicsoptoelectronicsinstrument scienceinstrumentation

Buckling of Thin-Walled Circular Cylinders Under Axial Compression and Internal Pressure. Journal of the aeronautical sciences. [REQUEST TITLE] (1957)

Y. C. FUNGE. E. SECHLER

mechanical engineeringaerodynamicsthin-walled circular cylindersinternal pressureaxial compressionaerospace engineeringaeronauticsengineering

1
2
10 / page

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University of Southern California

actuation

mechanical systems

Sergio Pellegrino

Institution

California Institute of Technology

engineering

mechanical engineering

Bhavani V. Sankar

Institution

University of Florida

composite material

mechanical engineering

John B. Kosmatka

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University of California, San Diego

composite material

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Edward L. Wilson

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numerical mathematics

finite element method

David Steigmann

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continuum mechanic

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structural vibration

structural safety

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edge computing

computer engineering

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composite material

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engineering structure

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