Comparative Analysis of Thermoregulation Models to Assess Heat Strain in Moderate to Extreme Heat: Data

The dataset includes source codes for various thermoregulation models used to validate and compare performance in simulating heat strain under moderate to extreme heat exposure. The folder is organized into four subfolders, each containing the source code and output files for a specific thermoregulation model:

Modified Stolwijk Model (Stolwijk-2024 Model)
Traditional Stolwijk Model (Stolwijk-1971 Model)
Two-Node Gagge Model
JOS-3 Model
Contents and Structure
Source Codes:
Each subfolder contains the model's source code written in MATLAB/Python. The codes are extensively documented with comments explaining the purpose and functionality of each component, ensuring ease of use and modification.

Output Files:
The output files illustrate model simulations for various scenarios, including extreme heat exposure. For example, the models replicate the conditions described in Case 7 of Table 2 in the manuscript.

Reference for Experimental Data and Exposure Details
The experimental data and comprehensive descriptions of the exposure scenarios are derived from:
Stolwijk, J. A., & Hardy, J. D. (1966). Partitional calorimetric studies of responses of man to thermal transients. Journal of Applied Physiology, 21(3), 967–977.

This seminal work provides the foundation for comparing the models' predictions to real-world physiological responses.

Additional Resources
Model Descriptions:
The detailed mathematical formulations and governing equations for each model are available in the manuscript and its supplementary material. These resources provide critical insights into the underlying mechanisms and assumptions of the thermoregulation models.

Use and Citation Guidelines:
If you use, reproduce, or modify the source codes, please cite the following publication:
Comparative Analysis of Thermoregulation Models to Assess Heat Strain in Moderate to Extreme Heat, published in Journal of Thermal Biology.

本数据集包含各类体温调节模型（thermoregulation models）的源代码，用于在模拟中等到极端热暴露（heat exposure）下的热应激（heat strain）场景中验证并对比模型性能。数据集的文件夹分为四个子文件夹，每个子文件夹对应一款特定体温调节模型的源代码与输出文件：

改良型斯托尔维克模型（Stolwijk-2024 Model）
传统型斯托尔维克模型（Stolwijk-1971 Model）
双节点加奇模型（Two-Node Gagge Model）
JOS-3模型

内容与结构
源代码：
每个子文件夹均包含基于MATLAB/Python编写的模型源代码，代码附带详尽注释，对各组件的用途与功能进行说明，便于使用与修改。

输出文件：
输出文件展示了各类场景下的模型模拟结果，其中包含极端热暴露场景。例如，各模型复现了论文手稿表2中案例7所描述的实验条件。

实验数据与暴露细节参考
实验数据及暴露场景的完整描述源自以下文献：
Stolwijk, J. A., & Hardy, J. D. (1966). Partitional calorimetric studies of responses of man to thermal transients. *Journal of Applied Physiology*, 21(3), 967–977.
这项开创性研究为将模型预测结果与真实人体生理反应进行对比提供了核心依据。

附加资源
模型说明：
各模型的详细数学公式与控制方程可在论文手稿及其补充材料中获取，这些资源可为理解体温调节模型的内在机制与假设前提提供关键参考。

使用与引用规范：
若您使用、复现或修改本数据集的源代码，请引用以下出版物：
《中等到极端热环境下热应激评估的体温调节模型对比分析》，发表于*Journal of Thermal Biology*。