本机械布线课程深入探讨机械系统有效设计和布局的基本原理和先进技术，尤其侧重于复杂工业、商业和工程环境中的管道、管件、风管和电缆桥架。学生将深入了解规范流体输送和储存系统的法规和行业标准，例如 ASME 标准和相关的区域规范。课程介绍各种布线方法，强调在最大限度地降低材料成本、优化安装时间、确保可维护性以及遵守严格的运行和安全要求之间取得关键平衡。课程重点内容包括等轴测图的解读和绘制、理解和选择合适的管件、阀门、泵和其他管道组件，以及熟练运用三维计算机辅助设计 (CAD) 软件（例如 AutoCAD Plant 3D 或类似软件）创建精确且无碰撞的布局。此外，课程还将探讨管道系统中的应力分析等高级概念，包括热膨胀、压力载荷和静载荷，以及管道支架和约束装置的正确应用。课程的很大一部分内容侧重于实际限制，例如设备喷嘴方向、保持足够的检查和维修通道，以及确保符合危险区域分类指南。学生将学习如何设计能够考虑不同流体特性（例如高压蒸汽、腐蚀性化学品）及其相关温度范围的布局。 该模块还涵盖机械布线与其他学科（特别是结构工程和电气工程）的整合，以解决空间冲突，这一过程通常被称为碰撞检测。最终项目通常包含一个综合设计练习，要求学生将所有学到的原理应用于真实的工厂或设施模型，最终完成一套完整的制造和安装图纸。 这确保毕业生能够胜任工厂设计、建造等相关职位。以及运维工程。
Published 10/2025
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 1h 19m | Size: 707 MB
The goal of this course is to teach the techniques of creating routing paths for piping and tubing, or any other industry
What you’ll learn
Creating routing paths for piping and tubing, or any other industry
Create Advanced Piping and Tubing, Qualify Connectors
Qualify Parts teaches you how to qualify a part by defining ports, anchors, and other characteristics.
Routing Paths, Path Operations, Mechanical Routing Tools
Design Rules and Information, Fabrication
Requirements
Basics of NX CAD
Basics of Mechanical Engineering
Description
This course on Mechanical Routing delves into the fundamental principles and advanced techniques for the effective design and layout of mechanical systems, with a particular focus on piping, tubing, ductwork, and cable trays within complex industrial, commercial, and engineering environments. Students will gain a deep understanding of the regulatory codes and industry standards, such as ASME and relevant regional specifications, that govern fluid transport and containment systems. The curriculum introduces various routing methodologies, emphasizing the critical balance between minimizing material costs, optimizing installation time, ensuring maintainability, and adhering to strict operational and safety requirements. Key topics include isometric drawing interpretation and generation, understanding and selecting appropriate fittings, valves, pumps, and other in-line components, and mastering the use of 3D Computer-Aided Design (CAD) software (like AutoCAD Plant 3D or similar) for creating precise and clash-free layouts.Furthermore, the course explores advanced concepts like stress analysis in piping systems, considering thermal expansion, pressure loads, and static weights, and the proper application of pipe supports and restraints. A significant portion of the instruction focuses on practical constraints, such as equipment nozzle orientation, maintaining adequate access for inspection and repair, and ensuring compliance with Hazardous Area Classification guidelines. Students will learn how to design layouts that account for different fluid properties (e.g., high-pressure steam, corrosive chemicals) and their associated temperature ranges. The module also covers the integration of mechanical routing with other disciplines, specifically structural and electrical engineering, to resolve spatial conflicts, a process often referred to as clash detection. The final projects typically involve a comprehensive design exercise, requiring students to apply all learned principles to a realistic plant or facility model, culminating in a full set of fabrication and installation drawings. This ensures graduates are well-prepared for roles in plant design, construction, and operations engineering.
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