Structural Mechanics
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.
Alternative terms
- UF↸ acoustoelasticity
- UF↸ adhesive joints (structural stability)
- UF↸ aeroelasticity (structural flexibility)
- UF↸ beams (structures)
- UF↸ bending
- UF↸ bolted joints
- UF↸ bonded structures
- UF↸ buckling
- UF↸ columns
- UF↸ combined loads
- UF↸ compression
- UF↸ compression loads
- UF↸ compression strength (structural)
- UF↸ cones (structures)
- UF↸ crack propagation
- UF↸ cracks
- UF↸ cylinders (structures)
- UF↸ dynamic structural analysis
- UF↸ elasticity
- UF↸ energy
- UF↸ energy absorption (structures)
- UF↸ fatigue (structural)
- UF↸ filament wound structures (design and tests)
- UF↸ flutter (structural)
- UF↸ fracture mechanics
- UF↸ honeycomb structures
- UF↸ lightweight structural elements
- UF↸ lightweight structures
- UF↸ panels (structures)
- UF↸ photoelasticity
- UF↸ plasticity
- UF↸ plates (structural elements)
- UF↸ rings (structures)
- UF↸ riveted joints
- UF↸ sandwich structures
- UF↸ shear loads
- UF↸ shear strength (structures)
- UF↸ shells (structures)
- UF↸ shock testing (structural analysis)
- UF↸ stress (structural)
- UF↸ stress analysis
- UF↸ structural analysis
- UF↸ structural design
- UF↸ structural elements
- UF↸ structural fatigue
- UF↸ structural testing
- UF↸ structural theory
- UF↸ structural vibration effects
- UF↸ tensile strength (structures)
- UF↸ tension loads
- UF↸ thermal stress
- UF↸ thermoelasticity (structural materials)
- UF↸ trusses
- UF↸ vibration (structures)
- UF↸ vibration testing
- UF↸ viscoelasticity (structural materials)
- UF↸ wave propagation (structural response)
- UF↸ weight analysis
- UF↸ weld strength
- UF↸ welded structures
Broader Terms
- BT↑ Engineering
