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This repository contains supplementary material for reproducing the results using the methodology on the pre-print paper "Response Surface Methodology coupled with desirability functions for multi-objective optimization: minimizing indoor overheating hours and maximizing useful daylight illuminance".

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juan-gamero-salinas/rsm-thermal-daylight-optimization

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rsm-thermal-daylight-optimization

This repository provides supplementary materials to reproduce the results outlined in the research preprint, Response Surface Methodology coupled with desirability functions for multi-objective optimization: minimizing indoor overheating hours and maximizing useful daylight illuminance (currently under review).

The methodology is detailed in the accompanying R Markdown and R script files. Access the preprint on arXiv here. Additionally, the repository includes Rhino/Grasshopper simulation files to parametrically implement the thermal comfort and daylight simulations featured in the case study discussed in the paper.

If you cite this work or repository

Gamero-Salinas, J., & López-Fidalgo, J. (2024). Response Surface Methodology coupled with desirability functions for multi-objective optimization: minimizing indoor overheating hours and maximizing useful daylight illuminance. arXiv preprint. DOI: https://doi.org/10.48550/arXiv.2409.09093

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This repository contains supplementary material for reproducing the results using the methodology on the pre-print paper "Response Surface Methodology coupled with desirability functions for multi-objective optimization: minimizing indoor overheating hours and maximizing useful daylight illuminance".

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