Coupled Oscillators and Normal Modes Model v.1.0
Advertisement
Description
Analyze coupled oscillators motion with this tool. Coupled Oscillators and Normal Modes model displays the motion of coupled oscillators, two masses connected by three springs. The initial position of the two masses, the spring constant of the three springs, the damping coefficient for each mass, and the driving force and driving force frequency for the left mass can be changed via text boxes. You can modify this simulation if you have Ejs...
Read more
- Rate:
- Release Date:12/04/2012
- License:Freeware
- Category:CAD
- Developer:compadre.org
- Downloads:53
- Size:1.32 Mb
- Price: Free
To free download a trial version of Coupled Oscillators and Normal Modes Model, click here
To visit developer homepage of Coupled Oscillators and Normal Modes Model, click here
Advertisement
System Requirements
N/A
Coupled Oscillators and Normal Modes Model v.1.0 Copyright
Shareware Junction periodically updates pricing and software information of Coupled Oscillators and Normal Modes Model v.1.0 full version from the publisher using pad file and submit from users. Software piracy is theft, Using crack, password, serial numbers, registration codes, key generators, cd key, hacks is illegal and prevent future development of Coupled Oscillators and Normal Modes Model v.1.0 Edition. Download links are directly from our publisher sites. Links Coupled Oscillators and Normal Modes Model v.1.0 from Bittorrent, mediafire.com, uploadfiles.com, hotfiles.com rapidshare.com, megaupload.com, netload.in, storage.to, depositfiles.com and other files hosting are not allowed. The download file is obtained directly from the publisher, not from any Peer to Peer file sharing applications such as Shareaza, Limewire, Kazaa, Imesh, eDonkey, eMule, Ares, BearShare, Overnet, Morpheus, BitTorrent Azureus and WinMX.
Review This Software
More Coupled Oscillators and Normal Modes Model Software
Advertisement
Normal Modes on a Loaded String Model v.1.0
Displays the motion of a light string between two fixed points. Normal Modes on a Loaded String model displays the motion of a light string under tension between two fixed points. The string is also loaded with N masses located at regular intervals.
Oscillations and Lissajous Figures Model v.1.0
Two perpendicular harmonic oscillators motion simulation. Oscillations and Lissajous Figures model displays the motion of a superposition of two perpendicular harmonic oscillators. The simulation shows the result of the superposition.
Circular Membrane Modes Model v.1.0
Circular Membrane Modes Model display the analytical wave equation solution for an ideal circular membrane with a fixed boundary. The solution is described by two integers m and n where n is a positive integer that counts the number of radial nodes
Driven Mass and Spring Mesh Model v.1.0
Displays the dynamics of a 2D array of masses coupled by springs.Driven Mass and Spring Mesh model displays the dynamics of a 2D array of masses coupled by springs and driven by a sinusoidal force.
Solar and Lunar Eclipse Model v.1.0
Study the occurrences of solar and lunar eclipses with this tool. Solar and Lunar Eclipse Model simulates the occurrences of solar and lunar eclipses. Moon's orbital inclination of 5.
Harmonics and Fourier Series Model v.1.0
Analyze harmonics sum fast and easy. Harmonics and Fourier Series model displays the sum of harmonics via a Fourier series to yield a new wave. The amplitude of each harmonic as well as the phase of that harmonic can be changed via sliders.
Kinematics of a Translating and Rotating Wheel Model v.1.0
Study rotational dynamics with this simulation. Kinematics of a Translating and Rotating Wheel model displays the model of wheel rolling on a floor. By controlling three variables, the kinematics of the wheel can be changed to represent sliding,
Slipping and Rolling Wheel Model v.1.0
Wheel rolling motion simulation. Slipping and Rolling Wheel Model shows the motion of a wheel rolling on a floor subject to friction. The simulation allows the user to change the initial translational and rotational velocities of the wheel, v and ,
Two Springs and a Pendulum Model v.1.0
Two Springs and a Pendulum Model is a motion simulation to help you with your studies. It compares the motion of one block that oscillates on a horizontal spring to a second block on another spring and to the motion of a simple pendulum.
Coin Rolling with and without Sliding Model v.1.0
Simulates the dynamics of a coin subject to friction. Coin Rolling with and without Sliding model displays the dynamics of an initially rotating, but not translating, coin subject to friction.
Point Charge Electric Field and Potential 2D Model v.1.0
Study the electric field concept with this simulation. This interactive simulation allows students to explore the concept of electric field in a 2-dimensional situation.
Other products of this developer compadre.org
3-D Hydrogen Atom Probability Densities v.1.0
Simulates the probability density for the Hydrog...ility density of the first few (n = 1, 2, and 3,
Action for the Harmonic Oscillator Model v.1.0
Simulate simple harmonic oscillator trajectory. ...ulation displays the endpoints of the motion (t,
Adiabatically Changing Harmonic Oscillator Model v.1.0
Spring mass dynamics simulation. Ejs Adiabatical...ically changes with time according to: = 0 + t .
Angular acceleration of a Contracting System Model v.1.0
Study rotational dynamics with the help of this ...cts. When the centripetal force has contracted a
Anisotropic Oscillator Model v.1.0
Mass dynamics simulation. Anisotropic Oscillator...tion of the mass as well as the trajectory plot.
Bakers Map v.Model
Computes a class of generalized Baker's maps def...ralized baker's maps defined in the unit square.
Ballistics and Orbits Model v.1.0
Study rotational dynamics with this simulation. ... displays ballistic trajectories near the Earth.
Ballup v.1.0
Simulates a ball that can run up a curved inclin...he objects or between the object and the ground.
Binomial Program v.1.0
Spin analysis made easy. Binomial software displ...bability of that a single spin points up is 0.5.