'Traveling wave' presentation slideshows

Vibrations & Waves

Vibrations & Waves. Chapter 25 - This will be phun!. 2 Types of Waves. Mechanical Wave : Requires a mechanical medium Sound, water, air, springs, or ropes are examples. Electromagnetic Waves (EM) : Does not require a medium for motion to occur Light, Radio, and X-rays are examples.

929 views • 52 slides

862 views • 45 slides

Chapter 13

Chapter 13. Mechanical Waves. 13.1 Types of Waves. There are two types of waves Mechanical waves The disturbance in some physical medium The wave is the propagation of a disturbance through a medium Examples are ripples in water, sound Electromagnetic waves

520 views • 44 slides

3D Long-Wave Oscillatory Patterns in Thermocapillary Convection with Soret Effect

3D Long-Wave Oscillatory Patterns in Thermocapillary Convection with Soret Effect. A. Nepomnyashchy, A. Oron Technion, Haifa, Israel, and S. Shklyaev , Technion, Haifa, Israel, Perm State University, Russia. This work is supported by the Israel Science Foundation

427 views • 33 slides

3D Long-Wave Oscillatory Patterns in Thermocapillary Convection with Soret Effect

3D Long-Wave Oscillatory Patterns in Thermocapillary Convection with Soret Effect. A. Nepomnyashchy, A. Oron Technion, Haifa, Israel, and S. Shklyaev , Technion, Haifa, Israel, Perm State University, Russia. This work is supported by the Israel Science Foundation

429 views • 33 slides

3D Long-Wave Oscillatory Patterns in Thermocapillary Convection with Soret Effect

3D Long-Wave Oscillatory Patterns in Thermocapillary Convection with Soret Effect. A. Nepomnyashchy, A. Oron Technion, Haifa, Israel, and S. Shklyaev , Technion, Haifa, Israel, Perm State University, Russia. This work is supported by the Israel Science Foundation

453 views • 33 slides

ENE 428 Microwave Engineering

ENE 428 Microwave Engineering. Lecture 4 Reflection and Transmission at Oblique Incidence, Transmission Lines. RS. Plane wave propagation in general dielectrics. Assume lossless medium. The propagation directions are and

567 views • 32 slides

ENE 428 Microwave Engineering

ENE 428 Microwave Engineering. Lecture 4 Reflection and Transmission at Oblique Incidence, Transmission Lines. RS. Plane wave propagation in general dielectrics. Assume lossless medium. The propagation directions are and

519 views • 32 slides

ENE 428 Microwave Engineering

ENE 428 Microwave Engineering. Lecture 4 Reflection and Transmission at Oblique Incidence, Transmission Lines. RS. Plane wave propagation in general dielectrics. Assume lossless medium. The propagation directions are and

409 views • 32 slides

10 Interference of Waves, Standing Waves

10 Interference of Waves, Standing Waves. When two or more waves pass through the same region of space at the same time , the actual displacement is the vector sum of the separate displacement. The Principle of Superposition.

701 views • 29 slides

A reaction-advection-diffusion equation from chaotic chemical mixing

A reaction-advection-diffusion equation from chaotic chemical mixing. Junping Shi ??? Department of Mathematics College of William and Mary Williamsburg, VA 23187 ,USA. Math 490 Presentation, April 11, 2006,Tuesday. Reference Paper 1: Neufeld, et al, Chaos, Vol 12, 426-438, 2002.

533 views • 28 slides

Characteristic vibrations of the field.

Characteristic vibrations of the field. LL2 section 52. Suppose electromagnetic fields only, no charges, finite volume V = A x B x C. Fields can be expanded in triple Fourier series in x,y , and z. Vector potential A ( r ,t ) = A(t) Exp [ i k . r )] (real).

516 views • 24 slides

Schedule

Schedule. Final Exam: Wednesday, May 12, 10:30 am. Chapter 11 Vibrations and Waves. 11.1 Simple Harmonic Motion. A restoring force is one that moves a system back to an equilibrium position. Example: mass on frictionless table, attached to spring.

364 views • 23 slides

Chapter 20 Traveling Waves

Chapter 20 Traveling Waves. The wave model One-dimensional waves Sinusoidal Waves 5. Sound and Light 6. Power and Intensity 7. Doppler Effect. Stop to think 20.1 page 605 Stop to think 20.2 page 607 Stop to think 20.3 page 610 Stop to think 20.4 page 616 Stop to think 20.7 page 626.

552 views • 17 slides

Self-Similar Solution of the three dimensional compressible Navier-Stokes Equation s

Self-Similar Solution of the three dimensional compressible Navier-Stokes Equation s. Imre Ferenc Barna. Center for Energy Research (EK) of the Hungarian Academy of Sciences. Outline. Solutions of PDEs self-similar , traveling wave non-compressible Navier - Stokes e quation

401 views • 17 slides

Traveling Waves

Traveling Waves. Wave Equation. For small angles:. Force. mass. accceleration. Wave Equation. Any function y(x,t) will satisfy wave eq as long as x and t appear in the argument in the combination:. tension. velocity. mass/length. Wave Equation.

420 views • 15 slides

Traveling Waves & Wave Equation

1.04k views • 13 slides

Announcements 10/5/11

169 views • 10 slides

Lulu Chu & Chenhong Zhu 08 - 02- 12 CHSL

CCB Final Project Proposal : Investigating the Roles of SERCA and NCX in Heart Failure Using Minimal Models of Ca 2+ Oscillation and Traveling Wave. Lulu Chu & Chenhong Zhu 08 - 02- 12 CHSL. Rationale: Nonlinear Functional Changes in Aortic Banding Heart Failure Animal Model.

238 views • 8 slides

Beverage or long wire antenna above PEC ground

301 views • 5 slides