The Shock Vibration Bulletin. Part 4. Structural Dynamics and Modal Test and Analysis

Contents: Qualification by analysis of Inertial Upper Stage Plume deflectors; Analysis of reinforced concrete structures under the effects of localized detonations; Reinforced concrete arches under blast and shock environment; Dynamic stress at critical locations of a structure as a criterion for ma...

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Bibliographic Details
Main Author: NAVAL RESEARCH LAB WASHINGTON DC SHOCK AND VIBRATION INFORMATION CENTER
Format: Report
Language:English
Subjects:
AIRCRAFT
ARCHES
BLAST
BOMB DAMAGE
CONSISTENCY
DEGRADATION
DETONATIONS
DYNAMIC RESPONSE
DYNAMICS
FREQUENCY RESPONSE
INTERACTIVE GRAPHICS
LANDING FIELDS
LINKAGES
MATHEMATICAL MODELS
MATHEMATICAL PREDICTION
Mechanics
MODIFICATION
NONLINEAR SYSTEMS
OPTIMIZATION
PERIODICALS
POSITION(LOCATION)
RANDOM VIBRATION
REINFORCED CONCRETE
RELIABILITY
ROTORS
SHOCK
SHOCK(MECHANICS)
STIFFNESS
STRENGTH(MECHANICS)
STRESSES
STRUCTURAL DYNAMICS
STRUCTURAL PROPERTIES
STRUCTURAL RESPONSE
STRUCTURES
SYMPOSIA
TAXIING
VIBRATION
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Summary:Contents: Qualification by analysis of Inertial Upper Stage Plume deflectors; Analysis of reinforced concrete structures under the effects of localized detonations; Reinforced concrete arches under blast and shock environment; Dynamic stress at critical locations of a structure as a criterion for mathematical model modification; Optimized structure design using reanalysis techniques; Reliability of structures with stiffness and strength degradation; New look at the use of linear methods to predict aircraft dynamic response to taxi over bomb-damaged and repaired airfields; Frequency response functions of a nonlinear system; System characterization in nonlinear random vibration; Interactive-graphics method for dynamic system modelling applying consistency rules; Dynamic response of a geared train of rotors subjected to random support excitations; Dynamics of an oscillating four-bar linkage: Modal test and analysis -- Centaur G modal test. See also Part 1, AD-A186 748.