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Motor quatro tempos ciclo Diesel - Four-stroke engine Diesel cycle - Motor de cuatro tiempos ciclo de Diesel

Four-stroke Diesel Fuel Injection Motor

Interactive animation demonstrating the relation between the various systems of an internal combustion engine with fuel injection ignition that develops the Diesel cycle and plots in a diagram Pressure x Volume idealized approximations of the curves of the theoretical Diesel cycle, allowing us to study...


Comparação entre ciclo Diesel e Otto

Download – Thermodynamics Interactive Animation

The purpose of this page is to serve as an index to download interactive animations in executable format, which runs on any computer without the need of a plugin, Internet access or browser. Download - Thermodynamics Interactive Animation Click on the links below to start download. Comparação Ciclos...


Motor quatro tempos ciclo Otto - Four-stroke engine Otto cycle - Motor de cuatro tiempos ciclo de Otto

Four-stroke Spark Motor – Otto Cycle

Interactive animation of an internal combustion engine with spark the spark Otto cycle Interactive animation demonstrating the relationships between the various systems of an internal combustion engine with spark ignition that develops the Otto cycle and plots in a diagram Pressure x Volume idealized approximations of...


Simulator – Thermodynamic Transformations

Virtual Thermodynamic Transformations Vary the volume, mass or internal energy (temperature) of a thermodynamic system and see how the variables interfere with each other and with the pressure and trace the corresponding curves in an adjustable diagram. Thermodynamics is the field of Applied Physics that studies the relation...


Pressure variation by volume change – Simulator

Pressure variation by volume change - Simulator By definition, pressure is a perpendicular force exerted on a unit area, one of the ways to change pressure is by force variation. Interact with the pressure variation simulator by volume variation to visualize this mechanics. When you work on...


Thermodynamic Transformation Simulator – Teacher’s Guide

Teacher's guide for use of the Thermodynamic Transformation Simulator Dear colleague, this page was written to help the adoption of the Thermodynamic Transformation Simulator in its teaching practice. The following list does not intend to exhaust the subjects that can be treated with the support of...


Thermodynamic Diesel Cycle – Animation

Thermodynamic cycle Diesel - Animation Diesel cycle In this animation a plunger cylinder is loaded and discharged with mass, varying the volume and pressure within the cylinder and the force exerted on the gas. A gas nozzle provides thermal energy to this system by making the burn...


Boyle’s Law – Animation

Boyle's Law - Animation At constant temperature the pressure of a gas is inversely proportional to the volume, it advocates Boyle-Mariotte's Law. The temperature of the system remains constant (note that the temperature indicator does not move) and an external force exerts a work on the gas...


Gay-Lussac’s Law – Animation

Gay-Lussac's Law - Animation At constant pressure the volume of a gas is directly proportional to temperature, is what the Gay-Lussac Law advocates. There is an increase in temperature (notice the size of the flame and the temperature indicator) and a proportional increase in volume. As the...