How Can I Approach Modeling Physical Phenomena in Physics and Computer Science?

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SUMMARY

The discussion centers on the transition from Mechatronics engineering to physics with a focus on modeling physical phenomena, specifically in the context of planet and solar system formation. Key requirements include a solid understanding of Differential Equations (both Ordinary Differential Equations and Partial Differential Equations) and numerical methods. The participant, Necross, has a programming background in C, C++, Java, TCL, and Assembler, and seeks recommendations for texts that can facilitate learning these mathematical concepts to enhance modeling capabilities.

PREREQUISITES
  • Differential Equations (ODE and PDE)
  • Numerical Methods
  • Data Structures and Algorithms
  • Programming experience in C, C++, Java, TCL, and Assembler
NEXT STEPS
  • Study "Differential Equations and Their Applications" by Martin Braun
  • Explore "Numerical Methods for Engineers" by Steven C. Chapra
  • Learn about "Computational Physics" techniques
  • Research "Modeling Physical Systems" using simulation software like MATLAB or Python
USEFUL FOR

Engineering students transitioning to physics, computer scientists interested in physical modeling, and anyone looking to deepen their understanding of mathematical modeling in scientific contexts.

Necross
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Hello All. I am a second year engineering student switching over from Mechatronics engineering to physics with a minor in computer sciences. While I have done some programming in C, C++, Java, TCL and Assembler, I would like to know how I would approach modeling physical phenomena...e.g basic models of planet/solar system formation etc...I've had a Data Structures and Algorithms course and have a rough understanding of trees and various other data structures...Are there any texts that can help me out with this?

- Thanks
- Necross
 
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You need a good understanding of Differential equations, both ODE and PDE, along with numerical methods. Your CS background is a good starting place but you must have the math in order to understand and create workable models.
 
Can you please recommend some good books? I've touched upon ODE's and have some PDE's in theory in some of my current physics courses. I will be learning ODE's and PDE's soon enough but I can't wait that long. It's going to hold me back from doing this and having a complete understanding of the theory itself. Thanks for the reply. :)
 

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