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Shock Testing (142-4)
Chapter Outline
Chapter 14 - Shock Testing (Mechanical Shock and Modal Test Techniques)
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Types of Mechanical Shock Testing
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Shock Pulse — Acceleration, Velocity and Displacement
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Example
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Drop Test Machines
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Navy Impact Machines
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The “Light-Weight” Shock Tester
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High-Amplitude, High-Frequency “Impact” Transient Simulators
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Impact Shock Simulators
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MIPS Table .. Closer Look
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Programmable Systems
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Moderate-Level and/or Mid-Frequency Transients
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Electrodynamic Shakers
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Electrohydraulic (EH) Shakers
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Piezoelectric Shakers
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Shaker Technologies—Stroke vs. Frequency Range
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Electrodynamic and Electrohydraulic Exciters
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Optimized Tailoring
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Generation of Oscillatory Transients
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Decaying Oscillatory Acceleration
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Shaker Optimized Cosine (SHOC) Pulses
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Least Favorable Response
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Pyrotechnic Shock
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Simulating the Damage from a PyroShock “Event”
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Rupture Energy Fixture
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More Realistic Pyroshock Arrangements
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Shock Testing Problem Areas
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Data As We See It.
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What Our System Has To Handle
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Drop Machines
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Objectives
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Pendulum Type Shock Machine
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Free-Fall Shock Machine
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Drop Testing Machine
Video Outline
Shock Testing (part 1 of 2)
Shock Testing part (2 of 2)