Numerical Simulation @WHU

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Numerical Simulation @WHU

Created

Dec 13, 2020 05:08 AM

update

Last updated November 26, 2022

Domain

Engineering

time

2019

💡

Dec 26, 2019 Toy projects using Python in Multi-scale simulation and modeling course at Wuhan University.

Project 1 Monte-Carlo for integrals

more stable estimation with more samples

more stable estimation with more samples

Project I-Calculating Integrals Using Monte-Carlo Method in Python.pdf

Project I-Calculating Integrals Using Monte-Carlo Method in Python.pdf

https://drive.google.com/file/d/19U0w-3hJozHe6lFI7JndrxnKBXJg-fW4/view?usp=share_link

Project I-Calculating Integrals Using Monte-Carlo Method in Python.pdf

Project 2 Monte-Carlo for emission points from black disk

Given a black disk with temperature distribution:

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Derivation and relations:

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Results: larger C generates denser points

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Project II-Generating Emission Points using Monte-Carlo Method in Python.pdf

Project II-Generating Emission Points using Monte-Carlo Method in Python.pdf

https://drive.google.com/file/d/1Xs6o9x0ggZOKYrriyUXDoI5CyyF8bfYt/view?usp=share_link

Project II-Generating Emission Points using Monte-Carlo Method in Python.pdf

Project 3 Backward-facing Step Flows Simulation with Fluent

Problem statement:

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Geometry model:

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Simulation results under different conditions (inflow speed and Re coefficient):

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Project III-Backward-facing Step Flows Simulation with Fluent.pdf

Project III-Backward-facing Step Flows Simulation with Fluent.pdf

https://drive.google.com/file/d/1w4YaRGoAWRi3uUW2Vv9lrknJEbqK603_/view?usp=sharing

Project III-Backward-facing Step Flows Simulation with Fluent.pdf