Speed-coupled fuel storage and life-cycle-cost model for deep-sea container shipping decarbonization: reproducibility package
Description
Reproducibility package for the manuscript “Speed-coupled fuel storage and the probabilistic life-cycle cost of a storage-neutral nuclear boundary against capture and alternative-fuel pathways in deep-sea container shipping.” The package contains source code, declared model inputs, parameter-provenance information, expected-results checks, environment specifications, and scripts for regenerating all reported figures, machine-readable tables, and probabilistic results.
Files
Steps to reproduce
From the package root, install the dependencies specified in the supplied environment files and run python run_all.py. Starting from an empty outputs directory, the workflow regenerates the reported figures and machine-readable tables, checks required outputs against expected values, and records package versions and file hashes.
Institutions
- Korea Research Institute of Ships and Ocean EngineeringDaejeon, Yuseong-gu