Simulate Physical Objects with Computer Program

In summary, the conversation discusses the topic of computer programs for simulating physical objects. The speaker recommends websites such as myphysicslab.com and caligari.com, which offer mechanics simulations and graphics engines for creating simulations. They also mention specific programs like ODE and Newton physics engines, as well as MSC.visualNastran 4D 2004 for professional-level engineering simulations. Java is briefly mentioned but dismissed as not being suitable for good graphics.
  • #1
philosophiae
5
0
Does anyone know a good computer program which you can simulate physical objects with it?

Thanks for your reply.
 
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  • #2
"Physical objects" is a bit broad. Here's a website that has some neat mechanics simulations, and it allows you to play with the parameters:

www.myphysicslab.com
 
  • #3
ODE physics engine (Open dynamics) or
Newton physics engine .
both written in C/C++
 
  • #4
Caligari trueSpace 5.2 and 6.6 both have physical simulation engines.
Also, I hear that MSC.visualNastran 4D 2004 is some type of Pro-Level engineering simulator.
 
  • #5
look i want good graphics. how's java??
 
  • #6
java is horrible. hehe j/k
you can add any physics engine ontop of a graphics engine.
 
  • #7

FAQ: Simulate Physical Objects with Computer Program

What is the purpose of simulating physical objects with computer programs?

The purpose of simulating physical objects with computer programs is to create a virtual representation of real-world objects and systems. This allows scientists to study and understand the behavior of these objects and systems without the limitations and risks of conducting physical experiments.

What types of physical objects can be simulated with computer programs?

Almost any type of physical object can be simulated with computer programs, from simple objects like balls and springs to complex systems such as weather patterns and biological processes. The only limitation is the ability to accurately model and program the behavior of these objects.

What are the benefits of simulating physical objects with computer programs?

Simulating physical objects with computer programs has several benefits. It allows scientists to study and test different scenarios and variables without the constraints of real-world conditions. It also provides a cost-effective and time-efficient way to conduct experiments and gather data. Additionally, simulations can help predict the behavior of physical objects and systems in situations that are difficult or dangerous to replicate in real life.

What are the key components of a simulation program for physical objects?

A simulation program for physical objects typically includes a mathematical model that describes the behavior of the object or system, a set of initial conditions, and a computer algorithm that calculates the object's behavior over time. It may also include user inputs and outputs, such as adjusting parameters and displaying results.

How accurate are simulations of physical objects compared to real-world experiments?

The accuracy of simulations of physical objects depends on the complexity of the object or system being simulated and the quality of the mathematical model and programming. In some cases, simulations can provide nearly identical results to physical experiments, while in others, there may be some discrepancies. However, simulations can be refined and improved over time to increase their accuracy.

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