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Category Scope
39 Structural Mechanics
Includes structural element design, analysis and testing;
dynamic responses of structures; weight analysis; fatigue and other structural
properties; and mechanical and thermal stresses in structures. For applications
see 05 Aircraft Design, Testing and
Performance; and 18 Spacecraft
Design, Testing and Performance.
Definition
Structural Mechanics – The mechanics of structures
and the analysis of their behavior under thermal or mechanical loads
by means of structural analysis and structural testing.
NASA Interest
Exhaustive Interest : Theory, design, development
and testing of structures and structural elements developed for use in
aircraft, space vehicles, and launch vehicles; the static and dynamic
responses of such structures.
Selective Interest : Theory, design, development,
and testing of lightweight or unusual structures or structural elements
of potential aerospace use.
Negative Interest : Structures of structural
elements of conventional types utilized in bridges, buildings, ships,
ocean platforms, heavy transportation, radio and microwave towers, and
the like unless specifically aimed at aerospace use.
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Input
Subjects of Specific Interest
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acoustoelasticity
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adhesive joints (structural stability)
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aeroelasticity (structural flexibility)
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beams (structures)
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bending
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bolted joints
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bonded structures
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buckling
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columns
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combined loads
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compression
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compression loads
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compression strength (structural)
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cones (structures)
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crack propagation
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cracks
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cylinders (structures)
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dynamic structural analysis
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elasticity
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energy
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energy absorption (structures)
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fatigue (structural)
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filament wound structures (design and tests)
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flutter (structural)
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fracture mechanics
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honeycomb structures
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lightweight structural elements
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lightweight structures
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panels (structures)
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photoelasticity
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plasticity
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plates (structural elements)
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rings (structures)
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riveted joints
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sandwich structures
- self assembling structures
- shear loads
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shear strength (structures)
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shells (structures)
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shock testing (structural analysis)
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stress (structural)
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stress analysis
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structural analysis
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structural design
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structural elements
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structural fatigue
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structural mechanics
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structural testing
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structural theory
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structural vibration effects
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tensile strength (structures)
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tension loads
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thermal stress
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thermoelasticity (structural materials)
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trusses
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vibration (structures)
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vibration testing
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viscoelasticity (structural materials)
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wave propagation (structural response)
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weight analysis
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weld strength
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welded structures
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