Simulación en la Ingenieria

Francisco Alejandro Martínez-Marín, Alejandra Medina-Lozano, Irma Adriana Cantú-Munguía, María Lizbeth Martínez-Mendoza
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Abstract

Simulation is a method by which you can test, experiment or predict results in a certain process, scenario or object without the risk of real consequences. The objective of this research is to demonstrate how simulation is one of the greatest tools in engineering, which is used to represent a process through another and makes it much simpler and more understandable. This simulation is, in some cases, almost indispensable. In the simulation work, a methodology for design, development and evaluation is proposed. It is based on the synergy of two apparently dissimilar fields of knowledge: software engineering on the one hand and modern learning theories on the other, but which converge on the generation of a desirable product: simulation software. This methodology is based on the application of existing rules in both fields. As a result we have the use of simulation software, as a numerical technique to conduct experiments in a digital computer. These experiments involve certain types of mathematical and logical relationships, which are necessary to describe the behavior and structure of complex real-world systems over long periods of time.
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工程模拟
模拟是一种方法,通过这种方法,您可以在没有实际后果风险的情况下测试,实验或预测特定过程,场景或对象的结果。本研究的目的是证明仿真是工程中最伟大的工具之一,它用于通过另一个过程来表示一个过程,并使其更简单,更容易理解。在某些情况下,这种模拟几乎是必不可少的。在仿真工作中,提出了一种设计、开发和评估的方法。它基于两个明显不同的知识领域的协同作用:一方面是软件工程,另一方面是现代学习理论,但它们汇聚在一个理想产品的产生上:仿真软件。这种方法是基于对这两个领域的现有规则的应用。因此,我们利用仿真软件,作为一种数值技术,在数字计算机上进行实验。这些实验涉及某些类型的数学和逻辑关系,这对于描述长期复杂的现实世界系统的行为和结构是必要的。
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