'Maximum displacement' diaporamas de présentation

IBEX 2002 - Session 602 Finite Element Analysis

IBEX 2002 - Session 602 Finite Element Analysis. Paul H. Miller, D. Engr. Assistant Professor of Naval Architecture United States Naval Academy. Presentation Overview. What is FEA and what will it do for us What FEA will not do for us Limitations of FEA

834 views • 55 slides

Oscillations and periodic motion

Oscillations and periodic motion. Periodic Motion Motion that repeats itself over a fixed and reproducible period of time is called periodic motion .

497 views • 33 slides

General Wave Properties

450 views • 30 slides

427 views • 26 slides

CP Physics Chapter 12

427 views • 24 slides

SFSI Project Update Shaking-Table Analyses

SFSI Project Update Shaking-Table Analyses. Tyler Ranf and Marc Eberhard University of Washington Austin, Texas Aug. 1-2, 2005. Scaling. Prototype. Structure Idealization. SFSI. Analysis Matrix. Shaking-Table Analyses. Data Available ( what can be simulated? )

369 views • 23 slides

Vibrations and Waves

Vibrations and Waves. When a vibration or an oscillation repeats itself, back and forth, over the same path, the motion is periodic. The simplest examples: pendulum or oscillating of a coil spring. Restoring Force.

394 views • 22 slides

03/09/2007 Earthquake of the Week

New Empirical Relationships among Magnitude, Rupture Length, Rupture Width, Rupture Area, and Surface Displacement Donald L. Wells and Kevin J. Coppersmith BSSA, 1994. 03/09/2007 Earthquake of the Week. Introduction.

686 views • 21 slides

Waves

Waves. Wave: A disturbance that is transmitted from one place to the next with no actual transport of matter. All waves start with a vibration. All waves carry energy. Transverse wave: a wave with vibration at right angles to the direction the wave is traveling.

404 views • 21 slides

4.5 Graphs of Sine and Cosine FUNctions

468 views • 21 slides

Measuring Simple Harmonic Motion

384 views • 19 slides

A walk through the LAT Tracker towers alignment

247 views • 17 slides

Waves and Energy Transfer

Waves and Energy Transfer. Wave Properties. Types of waves Mechanical waves: water waves, sound waves, rope waves(require a medium) Transverse waves: particles vibrate perpendicularly to the direction of motion of wave

370 views • 14 slides

Homework Solutions

Homework Solutions. Section 8.2 / 8.3. 8.2 Question 1. In transverse waves, particles of the medium move perpendicular to the direction of the flow of energy. In longitudinal waves, particles move parallel to the direction of flow of energy. 8.2 Question 2.

207 views • 12 slides

Applications of Trigonometric Functions

Applications of Trigonometric Functions. Section 4.8. Objectives. Model simple harmonic motion Determine the maximum displacement, frequency, and period of an object in simple harmonic motion Apply Law of Sines and Law of Cosine to solve triangles. Vocabulary.

362 views • 11 slides

204 views • 11 slides

LCLS Undulator Vacuum Chamber Design

240 views • 11 slides

Finite Element Analysis of the18 Turn Beam

212 views • 8 slides

Periodic Motion

Periodic Motion. Recall that. Using the fact that the maximum displacement is A , the work energy theorem states. Solving for the velocity, get. Using the solution for position, the velocity becomes. Graphical Interpretation. Importance of Periodic Motion.

1.01k views • 6 slides

Chapter 8: Trigonometric Equations and Applications

Chapter 8: Trigonometric Equations and Applications. L8.2 Sine & Cosine Curves: Simple Harmonic Motion. Simple Harmonic Motion.

227 views • 4 slides