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Hello, I'm Muhammad Umer, a recent civil engg graduate and researcher in concrete technology from Pakistan with research focused on sustainability assessments and predictive modeling of low CO2 concrete. This is an individual submission
Description
Identify the most critical processes and coalesce midpoint, endpoint LCA and process contributions
1- All too often, we have to unravel the most critical processes (that have principal contributions) in more impact categories. Traditional stacked bar charts used for process contribution are difficult and time consuming for this purpose and have also resulted in awry conclusions. A more coherent visualization has been proposed using ribbon charts.
2- Secondly, a visualization to combine midpoint LCA, endpoint LCA and process contributions has been proposed to summarize lca results in a visually appealing way (useful in posters and graphical abstracts of scientific publications)
@muhammadumer26 Thanks for you entry, it was received in time and meets the criteria for a successful submission. We will have a final jury meeting in mid-March, and you can expect feedback by the end of March.
Submitter
Hello, I'm Muhammad Umer, a recent civil engg graduate and researcher in concrete technology from Pakistan with research focused on sustainability assessments and predictive modeling of low CO2 concrete. This is an individual submission
Description
Identify the most critical processes and coalesce midpoint, endpoint LCA and process contributions
1- All too often, we have to unravel the most critical processes (that have principal contributions) in more impact categories. Traditional stacked bar charts used for process contribution are difficult and time consuming for this purpose and have also resulted in awry conclusions. A more coherent visualization has been proposed using ribbon charts.
2- Secondly, a visualization to combine midpoint LCA, endpoint LCA and process contributions has been proposed to summarize lca results in a visually appealing way (useful in posters and graphical abstracts of scientific publications)
Database(s) used
Links to the code and visualization
Code
Please specify here the location of the code that produced the visualization submitted.
https://github.com/muhammadumer26/Muhammad-Umer/blob/main/Code-Muhammad%20Umer.pdf
https://github.com/muhammadumer26/Muhammad-Umer/blob/main/Code-Muhammad%20Umer.py
Visualizations
Please specify here the location of the example visualizations produced with your code.
https://github.com/muhammadumer26/Muhammad-Umer/blob/main/visulalization%201.jpg
https://github.com/muhammadumer26/Muhammad-Umer/blob/main/visulalization%202.jpg
Presentation video
Please put here the links to a video of maximum 4 minutes where you present your visualization.
https://www.youtube.com/watch?v=8UrLYomxwEo
License
BSD 2-Clause "Simplified" License
https://github.com/muhammadumer26/Muhammad-Umer/blob/main/LICENSE
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