Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.

Save schedule time and cost by utilizing SketchUp and Information Modeling and Organization for civil engineering projects in the heavy construction industry

This comprehensive guide showcases an easy to follow workflow methodology for incorporating SketchUp in day-to-day activities during the design and construction phases of civil engineering projects. The book concentrates on the idea of Information Modeling and Organization for projects from the heavy construction industry with richly illustrated and highly detailed real-world examples.

SketchUp for Civil Engineering and the Heavy Construction Industry: Modeling Workflow and Problem Solving for Design and Construction explores the efficient way to convert 2D construction plans into a 3D model that can be used for planning, clash detection (problem identification prior to start of construction), field guidance, work plan creation and visualization support during meetings. The reader will become familiar with the following:

• Introduction to Information Modeling and Organization
• Introduction to report generation based on the concept of information modeling
• SketchUp core tools, supplementary applications, menus, properties and many other aspects of the software
• 3D modeling of bridge components, terrain modeling, utilization of survey data for 3D models, utilization of CAD files for the purpose of 3D modeling, and more
• Workflow examples for creation of 3D models for clash detection purposes by incorporating different components (rebar, post-tensioning, drainage system, fire suppression system, girders, formwork, etc.)
• Creation of dynamic components, especially useful for construction equipment
• Utilization of SketchUp models for field management use, file sharing, revisions, and more
• Introduction to styles and how to make your 3D models intriguing

Book Information
ISBN 9781260460384
Author Vladimir F. Simonovski
Format Paperback
Page Count 304
Imprint McGraw-Hill Education
Publisher McGraw-Hill Education
Weight(grams) 631g
Dimensions(mm) 236mm * 188mm * 18mm