Add to ORKGAn object moving through the air will experience several forces. These forces include the drag force, which resists the object\u27s linear motion, and the Magnus force, which is caused by pressure imbalances due to the object\u27s rotation. We have developed a graphical program that simulates a projectile moving through the air. This program allows the user to see the projectile moving under the influence of drag, Magnus, both, or neither force. It can help people to understand and visualize the effects that these forces have on flying objects
The returning boomerang is a singularly interesting device: when thrown spinning in a near-vertical ...
The main objective of this project is the development of an unsteady potential code that allows to ...
The "parachute problem" involves a first-order ODE in which the coefficient of air resista...
The article presents a simulation study of air flow around the airfoil equipped with an additional r...
As a consequence of lift, aircraft's wings generate a pair of counter rotating wake vortices that re...
A Model was developed using JAVA Programming Language; this package simulates the motions of project...
The problem of projectile motion without frictional force is an age-old problem as it is exactly sol...
The dynamic simulation of mechanical effects has a long history in computer graphics. The classical ...
The simulation makes possible for students to visualize the movement of a projectile and to modify t...
The article presents a simulation study of air flow around the airfoil equipped with an additional r...
In this project, two disc flight simulations were created in Mathematica. The first predicted the fl...
Estudamos as forças aerodinâmicas que atuam sobre uma bola de futebol. Analisando o vídeo de uma jog...
In the diploma thesis, the motion of free fall and the projectile motion have been recorded using a ...
This project was developed as a demonstrator for the E-Learning in Physical Science for Sport (ELPS)...
In Physics education, the notions and concepts result to be often abstract and difficult to understa...
The returning boomerang is a singularly interesting device: when thrown spinning in a near-vertical ...
The main objective of this project is the development of an unsteady potential code that allows to ...
The "parachute problem" involves a first-order ODE in which the coefficient of air resista...
The article presents a simulation study of air flow around the airfoil equipped with an additional r...
As a consequence of lift, aircraft's wings generate a pair of counter rotating wake vortices that re...
A Model was developed using JAVA Programming Language; this package simulates the motions of project...
The problem of projectile motion without frictional force is an age-old problem as it is exactly sol...
The dynamic simulation of mechanical effects has a long history in computer graphics. The classical ...
The simulation makes possible for students to visualize the movement of a projectile and to modify t...
The article presents a simulation study of air flow around the airfoil equipped with an additional r...
In this project, two disc flight simulations were created in Mathematica. The first predicted the fl...
Estudamos as forças aerodinâmicas que atuam sobre uma bola de futebol. Analisando o vídeo de uma jog...
In the diploma thesis, the motion of free fall and the projectile motion have been recorded using a ...
This project was developed as a demonstrator for the E-Learning in Physical Science for Sport (ELPS)...
In Physics education, the notions and concepts result to be often abstract and difficult to understa...
The returning boomerang is a singularly interesting device: when thrown spinning in a near-vertical ...
The main objective of this project is the development of an unsteady potential code that allows to ...
The "parachute problem" involves a first-order ODE in which the coefficient of air resista...