'Natural frequency' diaporamas de présentation

Review

Review. Section IV. Chapter 13. The Loudness of Single and Combined Sounds. Useful Relationships. Energy and Amplitude, E ? A 2 Intensity and Energy, I ? E Energy and Amplitude, E ? A 2. Decibels Defined.

805 views • 65 slides

Earthquakes & Volcanoes Edition !

712 views • 61 slides

(Mis)understanding medical information: healthcare professionals and laymen alike

(Mis)understanding medical information: healthcare professionals and laymen alike. Talya Miron-Shatz, Ph.D. Center for Health and Wellbeing Princeton University Talk at the School of Public Affairs, Baruch College. Agenda. Who should understand medical information?

640 views • 46 slides

CHAPTER 13

CHAPTER 13. Sound. SECTION 13-1. Sound Waves. - The Production of Sound Waves. - The Production of Sound Waves. Sound Waves are longitudinal. - The Production of Sound Waves. Sound waves cause compression and rarefaction of air molecules as they travel through air.

713 views • 43 slides

Wave Behavior

Wave Behavior. Interference Doppler Effect. Reflection Refraction Diffraction. Boundary Behavior. A sound wave travelling through water reflects off the submarine and returns to its original source. Does reflection of a wave affect the speed of the wave?

1.47k views • 43 slides

10 CREATING MODELS Simulating reality

603 views • 42 slides

Wave Characteristics

Wave Characteristics. Waves. Waves. A disturbance that carries energy through matter or space. Medium. The matter through which a wave travels. Mechanical Waves. Waves that require a medium in which to travel. Longitudinal Waves.

600 views • 39 slides

Chapter 14

Chapter 14. Sound. Producing a Sound Wave. Sound waves are longitudinal waves traveling through a medium A tuning fork can be used as an example of producing a sound wave. Using a Tuning Fork to Produce a Sound Wave. A tuning fork will produce a pure musical note

406 views • 39 slides

Infrasound Measurements of a Railroad Bridge

Infrasound Measurements of a Railroad Bridge. Dr. Mihan McKenna Ms. Sarah McComas, Ms. Alanna Lester, and Dr. Paul Mlakar U.S. Army Engineer Research and Development Center Geotechnical and Structures Laboratory Mihan.H.McKenna@erdc.usace.army.mil Infrasound Technology Workshop 2008

678 views • 37 slides

Chung C. Fu, Ph.D., P.E.

Dynamic Response of Pedestrian Bridges/Floor Vibration and Various Methods of Vibration Remediation. Chung C. Fu, Ph.D., P.E. Presentation. Brief overview of structural vibration Understanding how people perceive and react to unwanted vibration

724 views • 36 slides

ME 322: Instrumentation Lecture 30

ME 322: Instrumentation Lecture 30. April 7, 2014 Professor Miles Greiner. Announcements/Reminders. Extra-Credit Opportunities Both 1%-of-grade extra-credit for active participation Open ended Lab 9.1 proposals due now LabVIEW Computer-Based Measurements Hands-On Seminar

489 views • 36 slides

Jumpstart

Objective 10/22/2012 Page 42. SWBAT relate waves, particularly sound waves to the noises we hear and why through investigation and video. Jumpstart.

464 views • 29 slides

Signal identification and development

Signal identification and development. I.Ralph Edwards. Adverse Reaction Signal. Reported information on a possible causal relationship between an adverse event and a drug, the relationship being unknown or incompletely documented previously.

383 views • 24 slides

Light (and the electromagnetic spectrum)

398 views • 24 slides

Fast Light, Slow Light

Fast Light, Slow Light. David Jun 3/8/05. Outline:. Section 1: Introduction Definitions Recent Studies Motivations Section 2: Working Principles Dispersion Wave Velocities (V_phase and V_group) Group index of refraction Section 3: Controversy/Debate

825 views • 22 slides

FEA of a Golf Driver and Golf Ball

FEA of a Golf Driver and Golf Ball. Solid Mechanics - ES 240 Adrian Podpirka ABAQUS Project. Outline of Work. Introduction to Golf Goal of Research Theory Modeling Results. Discussion Analysis Conclusion Citations. Golf. Invented in Scotland around 1450s.

201 views • 19 slides

Adventures in Natural Frequency

Adventures in Natural Frequency. Gravity Chimes and Boom Whackers. What can students learn from these?. Natural Frequency Depends on size and elastic properties of the object Concept Connections Frequency, pitch, wavelength. Demos and Examples Natural Frequency. Nails Bells

735 views • 12 slides

DYNAMIC RESPONSE OF WHEELCHAIR CUSHIONS

DYNAMIC RESPONSE OF WHEELCHAIR CUSHIONS. R ehabilitation E ngineering R esearch C enter on Wheeled M obility Georgia Institute of Technology Bummo Chung. Motivation. Pressure Ulcers (decubitis ulcers or bed sores)

236 views • 11 slides

How hard does an Earthquake shake?

How hard does an Earthquake shake?. How could we determine how accurate the student demos of shaking were?. UC San Diego engineering test w/ ~1g accelerations. 1995 Kobe, Japan (M 6.9) . Peak ground accelerations 0.8g .

220 views • 10 slides

Modal Analysis-hw-08 Determine the equation of motion and natural frequency of free vibration for the composite system s

795 views • 8 slides