How do you approach solving complex physics problems using computational methods?

Sample interview questions: How do you approach solving complex physics problems using computational methods?

Sample answer:

1. Problem Definition and Simplification:
2. Clearly define the physics problem, identifying known and unknown parameters.
3. Simplify the problem to a level that allows for computational feasibility while capturing the essential physics.

4. Make assumptions that reduce complexity without compromising the accuracy of the solution.

5. Mathematical Formulation:

6. Convert the physical problem into a mathematical model using appropriate governing equations and boundary conditions.

7. Employ suitable approximations and numerical methods to transform the model into a set of computable equations.

8. Computational Domain and Discretization:

9. Define the computational domain that encompasses the region of interest for the problem.

10. Discretize the domain into smaller elements, such as finite elements or finite volumes, to facilitate numerical calculations.

11. Selection of Computational Method:

12. Choose an appropriate computational method based on the problem’s characteristics, available resources, and desired accuracy.

13. Common methods include finite element method (FEM), finite volume method (FVM), finite difference method (FDM), and Monte Carlo method.

14. Numerical Implementation:

15. Develop a computer program or utilize existing software packages to implement the chosen computational method.

16. Ensure proper handling of boundary conditi… Read full answer

    Source: https://hireabo.com/job/5_0_13/Computational%20Physicist