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Optimization of an Industrial Sector Regulated by an International Treaty. The Case for Transportation of Perishable Foodstuff
Entropy ( IF 2.7 ) Pub Date : 2021-01-15 , DOI: 10.3390/e23010109
Juan P. Martínez-Val , Alberto Ramos

Transportation of perishable foodstuff is an engineering and commercial activity ruled by an international Agreement (the ATP) that needs an updated regulation. Before addressing such updating, some analyses are required about the physics of the problem, in order to identify the optimum use of the available technologies and the advantages represented by new methodologies that could be enabled soon. It is worth pointing out that manufacturers of ATP equipment follow quite closely the prescriptions given by this Agreement. So, optimizing those prescriptions will generate a general optimization trend in this sector. In this paper, a coherent analysis on these subjects is presented, and a new coefficient is proposed for qualifying ATP units, and some new tests are also proposed for measuring that coefficient in an efficient and inexpensive way. These goals are justified in this paper as a contribution from basic physics to a particular domain of Thermal Engineering. The paper is intended to be a bridge from Science to Technology, which is a must to get optimum results in exploiting technical knowledge.

中文翻译:

优化受国际条约监管的工业部门。易腐食品运输案例

易腐烂食品的运输是一项需要更新法规的国际协议 (ATP) 规定的工程和商业活动。在解决此类更新之前,需要对问题的物理原理进行一些分析,以确定可用技术的最佳使用方式以及即将启用的新方法所代表的优势。值得指出的是,ATP 设备制造商非常严格地遵循本协议的规定。因此,优化这些处方将在该领域产生总体优化趋势。在本文中,对这些主题进行了连贯的分析,并提出了一个新的系数来确定 ATP 单元的资格,并且还提出了一些新的测试来以有效且廉价的方式测量该系数。这些目标在本文中被证明是基础物理学对热工程特定领域的贡献。该论文旨在成为从科学到技术的桥梁,这是在利用技术知识方面获得最佳结果的必要条件。
更新日期:2021-01-15
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