The AutoCAD(R) Civil 3D(R) 2018: Fundamentals student guide is designed for Civil Engineers and Surveyors who want to take advantage of the AutoCAD(R) Civil 3D(R) software's interactive, dynamic design functionality. The AutoCAD Civil 3D software permits the rapid development of alternatives through its model-based design tools. You will learn techniques enabling you to organize project data, work with points, create and analyze surfaces, model road corridors, create parcel layouts, perform grading and volume calculation tasks, and layout pipe networks.
Topics Covered
Learn the AutoCAD Civil 3D user interface.
Create and edit parcels and print parcel reports.
Create points and point groups and work with survey figures.
Create, edit, view, and analyze surfaces.
Create and edit alignments.
Create data shortcuts.
Create sites, profiles, and cross-sections.
Create assemblies, corridors, and intersections.
Create grading solutions.
Create gravity fed and pressure pipe networks.
Perform quantity takeoff and volume calculations.
Use plan production tools to create plan and profile sheets.
Prerequisites Experience with AutoCAD(R) or AutoCAD-based products (such as Autodesk(R) Land Desktop) and a sound understanding and knowledge of civil engineering terminology.
The Autodesk(R) Inventor(R) 2019: iLogic guide teaches you how to use the iLogic functionality that exists in the Autodesk(R) Inventor(R) 2019 software. In this practice-intensive curriculum, you will acquire the knowledge required to use iLogic to automate Autodesk Inventor designs.
In this guide, you will learn how iLogic functionality furthers the use of parameters in a model by adding an additional layer of intelligence. By setting criteria in the form of established rules, you learn how to capture design intent, enabling you to automate the design workflow to meet various design scenarios in part, assembly, and drawing files.
Topics Covered
iLogic functionality overview.
iLogic workflow overview.
Review of model and user-defined parameters, and equations and their importance in iLogic.
Understanding the iLogic interface components (iLogic Panel, Edit Rule dialog box, and iLogic Browser).
Rule creation workflow for Autodesk Inventor parts and assemblies.
Using variations of conditional statements in an iLogic rule.
Accessing and incorporating the various function types into an iLogic part, assembly, or drawing file rule.
Event Triggers and iTriggers.
Creating Forms to create a custom user interface for an iLogic rule.
Prerequisites
Access to the 2019 version of the software. The practices and files included with this guide might not be compatible with prior versions.
The class assumes a mastery of Autodesk Inventor basics, as taught in the Autodesk(R) Inventor(R) Introduction to Solid Modeling learning guide. The Autodesk(R) Inventor(R) Advanced Part and Autodesk(R) Inventor(R) Assembly Modeling learning guides are also highly recommended.
No programming knowledge is required to use the basic iLogic functions, but programming experience can be an asset when using advanced functions.
Автор: Ascent -. Center for Technical Knowledge Название: AutoCAD 2018: Advanced - Mixed Units: Autodesk Authorized Publisher ISBN: 1946571237 ISBN-13(EAN): 9781946571236 Издательство: Неизвестно Цена: 16289.00 р. Наличие на складе: Есть у поставщика Поставка под заказ.
Описание:
AutoCAD(R) 2018: Advanced introduces advanced techniques and teaches you to be proficient in your use of the AutoCAD(R) software. This is done by teaching you how to recognize the best tool for the task, the best way to use that tool, and how to create new tools to accomplish tasks more efficiently.
Topics Covered
Advanced d104 Objects
Working with Tables
Defining dynamic blocks and attributes
Outputting and publishing files for review
Collaboration and automation tools
Creating, publishing, and customizing sheet sets
Managing Layers
CAD Management and System Setup
Enhancing productivity by customizing the AutoCAD interface
Using macros and custom routines
Prerequisites Completion of AutoCAD(R)/AutoCAD LT(R) 2018: Fundamentals or equivalent.
The Autodesk(R) Inventor(R) 2019: Design Tools and Strategies student guide provides instruction on how to incorporate the use of top-down design and advanced modeling techniques into your design environment. The student guide begins with an introduction to top-down design and the software tools that can be used. There is a focus on multi-body design, deriving components, working with layouts and sketch blocks, and how associative links and adaptive parts can help you incorporate design intent into your models. The student guide also includes chapters that cover Generative Shape Design, Frame Generator, and Design Accelerator, teaching you how you can use these advanced design tools to quickly create designs that meet your requirements.
The topics covered in this student guide are also covered in the following ASCENT student guides, which include a broader range of advanced topics:
Autodesk(R) Inventor(R) 2019: Advanced Part Modeling
Topics Covered
Learn how to enforce design intent using three major top-down design techniques.
Create solid bodies and correctly assign features to specific solid bodies.
Modify solid bodies in a model by moving, removing, splitting, combining, or redefining them.
Create new parts and assemblies from multi-bodies.
Derive new geometry in a part by importing and referencing objects from a source part.
Create and modify layouts and sketch blocks.
Define and test the kinematic motion with the use of nested sketch blocks.
Create 3D models from sketch blocks.
Specify geometric entities of part features to change, while controlling the size or location of other entities in an assembly.
Create a Shape Generator study that sets a goal and criteria to accurately define a model's working environment.
Promote a Shape Generator study to the modeling environment.
Create structural frames members using a skeletal wireframe part.
Adjust frame member ends to obtain required joints.
Create and publish custom frame member profiles to the Content Center.
Automatically create geometry using component generators.
Prerequisites The material covered in this student guide assumes a mastery of Autodesk Inventor basics as taught in the Autodesk Inventor: Introduction to Solid Modeling student guide. Access to the 2019 version of the software. The practices and files included with this guide might not be compatible with prior versions.
To take full advantage of Building Information Modeling, the Autodesk(R) Revit(R) 2018 MEP: Fundamentals student guide has been designed to teach the concepts and principles of creating 3D parametric models of MEP system from engineering design through construction documentation.
The student guide is intended to introduce students to the software's user interface and the basic HVAC, electrical, and piping/plumbing components that make the Autodesk Revit software a powerful and flexible engineering modeling tool. The student guide will also familiarize students with the tools required to create, document, and print the parametric model. The examples and practices are designed to take the students through the basics of a full MEP project from linking in an architectural model to construction documents.
Topics Covered
Working with the Autodesk Revit software's basic viewing, drawing, and editing commands.
Inserting and connecting MEP components and using the System Browser.
Working with linked architectural files.
Creating spaces and zones so that you can analyze heating and cooling loads.
Creating HVAC networks with air terminals, mechanical equipment, ducts, and pipes.
Creating plumbing networks with plumbing fixtures and pipes.
Creating electrical circuits with electrical equipment, devices, and lighting fixtures and adding cable trays and conduits.
Creating HVAC and plumbing systems with automatic duct and piping layouts.
Testing duct, piping and electrical systems.
Creating and annotating construction documents.
Adding tags and creating schedules.
Detailing in the Autodesk Revit software.
Prerequisites This student guide introduces the fundamental skills in learning the Autodesk Revit MEP software. It is highly recommended that students have experience and knowledge in MEP engineering and its terminology.
Автор: Ascent -. Center for Technical Knowledge Название: Creo Parametric 3.0: Cable and Harness Design ISBN: 1946571628 ISBN-13(EAN): 9781946571625 Издательство: Неизвестно Цена: 16036.00 р. Наличие на складе: Есть у поставщика Поставка под заказ.
Описание:
As an experienced user in the basics of Creo Parametric 3.0, this learning guide enables you to create electromechanical cabling systems designed in Creo Parametric using the Piping and Cabling Extension. Utilizing the parametric and associative nature of Creo Parametric, an electromechanical designer can easily create realistic 3D cabling assemblies, wire lists, bill of material tables, and nail-board drawings. The Creo Parametric 3.0: Cable and Harness Design learning guide contains numerous labs to give you practical experience that will improve your job performance.
The content in this learning guide was developed using Build M110 of Creo Parametric 3.0.
Topics Covered
Cabling Process Overview
Cabling Terminology
Environment and Configuration Setup
Electromechanical Model Setup
Manual Designation and Parameters
Manual Spools
Manual Cabling Features
Logical Reference Technique
Routing Methods
Modifying Cabling Assemblies
Additional Routing Features
Networking
Cabling Assembly Deliverables
HARNESS-MFG
Prerequisites We recommend that students have completed the Creo Parametric 3.0: Introduction to Solid Modeling learning guide, or have equivalent experience. Please note that this learning guide uses commercial practice files which may not be compatible with the Student Edition of Creo Parametric
To take full advantage of Building Information Modeling, the Autodesk(R) Revit(R) 2018 Structure Fundamentals student guide has been designed to teach the concepts and principles from building design through construction documentation using the Autodesk(R) Revit(R) 2018 Structure software. This student guide is intended to introduce students to the user interface and the basic building components of the software that makes it a powerful and flexible structural modeling tool. The goal is to familiarize you with the tools required to create, modify, analyze, and document the parametric model./p>
Topics Covered
Introduction to the Autodesk Revit software
Basic drawing and editing tools
Setting up levels and grids
Working with views
Starting a structural project based on a linked architectural model
Adding structural columns and walls
Adding foundations and structural slabs
Structural reinforcement
Beams, trusses, and framing systems
Analytical models and placing loads
Project practices to reinforce learning
Construction documents
Annotating construction documents
Detailing
Scheduling
Prerequisites This student guide introduces the fundamental skills in learning how to use the Autodesk Revit Structure software. It is highly recommended that students have experience and knowledge in structural design and its terminology.
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