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Framework for Bridges Maintenance in Egypt

机译:埃及桥梁维修框架

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摘要

The traditional approaches for bridges maintenance is proven to be inefficient as they lead to random way of spending maintenance budget and deteriorating bridge conditions. In many cases, maintenance activities are performed due to user complaints. The objective of this paper is to develop a practical and reliable framework to manage the maintenance and repair activities of Bridges network in Egypt considering performance and budget limits. The model solves an optimization problem that maximizes the average condition of the network given the limited budget using Genetic Algorithm (GA). The main tasks of the system are bridge inventory, condition assessment, deterioration using markov model, and maintenance optimization. The developed model takes into account multiple parameters including serviceability requirements, budget allocation, element importance on structural safety and serviceability, bridge impact on network, and traffic. A questionnaire is conducted to complete the research scope. The proposed model is implemented in software, which provides a friendly user interface. The results of the framework are multi – year maintenance plan for the entire network for up to five years. A case study is presented for validating and testing the model with Data collected from "General Authority for Roads, Bridges and Land Transport" in Egypt.
机译:事实证明,传统的桥梁维护方法效率低下,因为它们会导致随机花费维护预算和恶化桥梁状况。在许多情况下,由于用户的投诉而进行维护活动。本文的目的是在考虑性能和预算限制的情况下,开发一种实用且可靠的框架来管理埃及Bridges网络的维护和维修活动。该模型使用遗传算法(GA)解决了在给定预算有限的情况下最大化网络平均条件的优化问题。该系统的主要任务是桥梁库存,状态评估,使用马尔可夫模型进行的退化以及维护优化。开发的模型考虑了多个参数,包括可维护性要求,预算分配,对结构安全性和可维护性的要素重要性,对网络的桥接影响以及流量。进行问卷调查以完成研究范围。所提出的模型在软件中实现,该软件提供了友好的用户界面。该框架的结果是整个网络的长达五年的多年维护计划。提出了一个案例研究,用于使用从埃及“道路,桥梁和陆地运输总局”收集的数据验证和测试模型。

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