Physics | Insight Maker

Potential energy to Velocity

Clone of Velocity

Ismael Victor Costa

Problem of the sliding chain

Clone of Sliding Chain

Victor Angers

Problem of the sliding chain

Clone of Sliding Chain

Alexandra Rochon

Z206 from Hartmut Bossel System Zoo 1 p99-102 See also a beautiful Youtube 3D Video Simulation

Clone of Lorenz Attractor

Michael Bottlinger

Practicum Paris Gun

Wiebe Anass

A PID control loop for a simple linear system

Some stochasticity in the throttles and sensors

Double 1st order PID loop

Nicholas Milford

Clone of Nuclear Decay Chain

Thaler Felix

L'idée est de simuler le fonctionnement d'un siphon (vidange brusque d'un réservoir lorsqu'un certain seuil est atteint). Le flux de remplissage est basé sur une sinusoïde dont on peut régler l'amplitude et la fréquence (seule la partie positive de l'oscillation est utilisée).

Dans un second temps, nous utiliserons ensuite l'idée du siphon pour construire un circuit logique hydraulique non trivial (en l'occurrence un additionneur).

Simulation d'un siphon

Jean-Daniel NICOLET

6

Simple periodically driven damped oscillator.

Periodically Driven Damped Oscillator

Fernando Deeke Sasse

Clone of Nuclear Decay Chain

Moritz Holzinger

This shows the motion of a simple harmonic oscillator, described in terms of the natural frequency of oscillation. An accurate solution requires a small time step and RK4 as the integration algorithm.

Simple harmonic oscillator 2

Alfredo Louro

5. Lanceren van een raket in 1 dimensie

Fysica

4

Simple example of a 1D spring "solving" the differential equation using flows (dQ/dt) and stocks (Q). I had to remove "units" because you don't seem to be able to create units, by combining existing units. I needed "N/m" for the spring constant.

Clone of 1D Spring

dandam

Clone of Wind Resistance Model

Hannah Falewicz

Le but de cette simulation est de mettre en place des primitives qui génèrent des flux de diverses formes (sinusoïdales, rectangulaires, triangulaires et en dent de scie) qui pourront ensuite être utilisées dans d'autres circuits hydrauliques plus complexes.

Hydraulic wave generators

Jean-Daniel NICOLET

3

Clone of Wind Resistance Model

Kevin Collins

A Fourier series is a way to expand a periodic function in terms of sines and cosines. The Fourier series is named after Joseph Fourier, who introduced the series as he solved for a mathematical way to describe how heat transfers in a metal plate.

The GIFs above show the 8-term Fourier series approximations of the square wave and the sawtooth wave.

Clone of Fourier series

Gabriel Klaedtke

Potential energy to Velocity

Clone of Velocity

Brian Siervi

Le but de cette simulation est de simuler l'évolution de niveau entre deux ou plusieurs réservoirs qui se remplissent l'un l'autre.

Les niveaux se stabilisent vers une valeur asymptotique.

On peut changer la valeur des résistances d'écoulement entre les différents réservoirs, ce qui change les niveaux d'équilibre des réservoirs une fois l'état stationnaire atteint.

Hydraulic oscillator

Jean-Daniel NICOLET

Simulation der Flugbahn eines Federballs

Schiefer Wurf mit Strömungswiderstand

Wolfgang Thomaser

Problem of the sliding chain

Clone of Sliding Chain

Jeanne Rousseau

OBLIQUE THROW IN VACUUM

A body is thrown obliquely into the vacuum at an initial velocity of 100 m / s, in a direction that forms with the horizontal an angle x, such that sin (x) = 0.8 and cos (x) = 0.6. Adopting g = 10m / s², determine:

(a) the horizontal and vertical velocity component modules at the moment of launch;

(b) the instant at which the body reaches the highest point of its trajectory;

c) the maximum height reached by the body;

d) The range of the throw.

Source: RAMALHO, NICOLAU AND TOLEDO; Fundamentos de Física, Volume 1, 8th edition, pp. 12 - 169, 2003.

This model may be cloned and modified without prior permission of the authors. Thanks for quoting the source.

Lancamento obliquo no vacuo