The Shock Vibration Bulletin. Part 2. Instrumentation, Shock Analysis, and Shock Testing

• Main Author: NAVAL RESEARCH LAB WASHINGTON DC SHOCK AND VIBRATION INFORMATION CENTER
• Format: Report
• Language: English
• Subjects: ACCELEROMETERS; AIRBORNE; ANCHORS(STRUCTURAL); BLAST LOADS; BLAST RESISTANT SHELTERS; CONCRETE; CORRELATION; DATA PROCESSING; DENSITY; ESTIMATES; IMPACT; INSTRUMENTATION; INTEGRATION; JOINTS; LOADS(FORCES); MECHANICAL PROPERTIES; Mechanics; MICROCOMPUTERS; PANELS; PERIODICALS; PLATES; PORE PRESSURE; PREDICTIONS; PRESSURE; PROTECTION; PROTOTYPES; PYROTECHNICS; QUANTIZATION; RANDOM VIBRATION; RETARDATION; ROCKET SLEDS; SAND; SATURATED SOILS; SATURATION; SEPARATION; SHOCK; SHOCK RESISTANCE; SHOCK TESTS; SHOCK WAVES; SHOCK(MECHANICS); SIMULATION; SLED TESTS; SOILS; STIFFENING; STRUCTURAL RESPONSE; STRUCTURES; SWITZERLAND; SYMMETRY; SYMPOSIA; TEST AND EVALUATION; UNDERWATER STRUCTURES; VIBRATION; WALLS; WATER; WEAPONS

Contents: Integration test for accelerometer evaluation; Spectral density estimates of coarsely quantized random vibration data; Quantitive method for evaluating sensor layouts; Summary of experimental results on square plates stiffened panels subjected to air-blast loading; In structure shock in a prototype blast shelter; Response of nonreinforced masonry walls to conventional weapons; Retarded potential technique applied for shock wave loading of doubly symmetric submerged structures; High-velocity reverse ballistic rocket sled testing at Sandia National Lab.; Mechanical impact -- Theoretical simulation correlation; Measurement, data analysis and prediction of pyrotechnic shock from pin-pullers and separation joints; Facilities for shock testing of nuclear shelter equipment in Switzerland; Shock tests of concrete anchor bolts for shock resistant applications in protective structures; Microcomputers in shock testing of water saturated sands; Shock induced porewater pressure increases in water saturated soils. See also Part 3, ADA186750.