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Mastering Autodesk Revit MEP 2015: Autodesk Official Press [Pehme köide]

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  • Formaat: Paperback / softback, 792 pages, kõrgus x laius x paksus: 234x186x38 mm, kaal: 1038 g
  • Ilmumisaeg: 23-Jun-2014
  • Kirjastus: John Wiley & Sons Inc
  • ISBN-10: 1118871154
  • ISBN-13: 9781118871157
Teised raamatud teemal:
Mastering Autodesk Revit MEP 2015: Autodesk Official PressSuurem pilt
  • Formaat: Paperback / softback, 792 pages, kõrgus x laius x paksus: 234x186x38 mm, kaal: 1038 g
  • Ilmumisaeg: 23-Jun-2014
  • Kirjastus: John Wiley & Sons Inc
  • ISBN-10: 1118871154
  • ISBN-13: 9781118871157
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9781118871157.html
Märksõnad:
The definitive guide to Autodesk Revit MEP

The expert author team for this Autodesk Official Press book has employed their years of experience to develop this exhaustive reference and tutorial, which is perfectly paced to cover all the core concepts and functionality of Revit MEP including:

  • Navigating the interface
  • Project setup and templates
  • Worksharing
  • Mechanical concerns such as building loads and ductwork
  • Electrical concerns such as lighting and communications outlets
  • Plumbing concerns such as fixtures and water systems

This revision covers all of Revit MEP's new features and includes more advanced electrical and plumbing information. In addition, the book features real-world sidebars and hands-on tutorials that reinforce the detailed discussions, along with downloadable before-and-after tutorial files to help you complete the hands-on projects. This Autodesk Official Press book is the perfect resource for becoming a Revit MEP expert.

Introduction xxvii
Part 1 General Project Setup
1(250)
Chapter 1 Exploring the User Interface
3(32)
The Ribbon
3(11)
Using Tabs
4(6)
Using Contextual Tabs
10(1)
Using Family Editor Tabs
11(2)
Customizing the Ribbon
13(1)
Quick Access Toolbar
14(2)
Additional User Interface Features
16(9)
Options Bar
16(1)
Properties Palette
16(2)
View Control Bar
18(4)
Status Bar
22(1)
Info Center
23(1)
Exchange Apps
24(1)
User Interface Control
24(1)
Menus and Settings
25(8)
Keyboard Shortcuts
27(2)
Graphics
29(1)
Context Menus
30(3)
The Bottom Line
33(2)
Chapter 2 Creating an Effective Project Template
35(52)
Understanding Templates
36(1)
Determining the Number and Types of Views Needed
36(2)
Setting the Number of Levels
37(1)
Working with Plan Types
37(1)
Creating a Working View
38(1)
Choosing Display Settings for Views
38(11)
Visibility Settings for Template Views
40(5)
Visibility Settings Shortcut: View Templates
45(2)
Schedule Views
47(2)
Establishing Project Settings
49(19)
Object Styles
49(1)
Drafting Line Settings
50(6)
Export Settings
56(3)
Annotation Styles
59(5)
Project Units
64(1)
Project Phases
65(3)
Defining Preloaded Content and Its Behavior
68(11)
Annotation Families
69(1)
Component Families
70(3)
System Families
73(3)
MEP Settings
76(3)
Creating Sheet Standards
79(2)
Titleblocks
79(1)
Defining Sheets
80(1)
Understanding the Project Browser Organization
81(5)
Determining Which Views Are Grouped Together
82(1)
Sorting Views within Groups
83(1)
Sheet Organization
84(2)
The Bottom Line
86(1)
Chapter 3 Worksets and Worksharing
87(28)
Understanding Central Files
87(8)
Creating a Central File
89(4)
Creating a New Workset
93(2)
Working with Local Files
95(6)
Creating a Local File
96(1)
Synchronizing a Local File with the Central File
97(4)
Managing and Using the Power of Worksets
101(6)
Taking Ownership of Worksets
102(1)
Working with Model Elements and Their Worksets
103(4)
Controlling Visibility and Worksets
107(4)
Enhancing Communication
111(2)
The Bottom Line
113(2)
Chapter 4 Project Collaboration
115(40)
Preparing Your Files for Sharing
115(3)
Working with Linked Revit Files
118(13)
Linking Revit Files
119(3)
Using Shared Coordinates
122(2)
Managing Revit Links
124(2)
Controlling Visibility of Revit Links
126(5)
Coordinating Elements within Shared Models
131(8)
Monitoring Elements
131(5)
Responding to Change Alerts
136(1)
Reconciling Hosting
137(2)
Maintaining Project Coordination
139(1)
Working with Files from Other Applications
139(11)
Linking CAD Files
140(3)
Exporting Your Revit File to a CAD Format
143(1)
Linking IFC Files
144(2)
Using Image Files in a Revit Project
146(4)
Setting Options for Quality Control
150(2)
Using Autodesk Revit Server
152(1)
Using Cloud-Based Solutions
152(1)
The Bottom Line
153(2)
Chapter 5 Multiplatform Interoperability: Working with 2D and 3D Data
155(22)
2D Data Types
155(12)
MicroStation 2D DGN
156(1)
DXF
156(1)
2D Data for Standard Details
157(2)
2D Data for Plans, Sections, and Elevations
159(8)
3D Data Types
167(8)
Revit Project File
167(1)
Project Phasing and Design Options
168(2)
Revit Family File
170(1)
ADSK
170(1)
IFC
171(1)
AutoCAD DWG
172(1)
DWGs from Verticals
172(1)
SketchUp
172(1)
Other File Formats
173(1)
Point Clouds
173(2)
The Bottom Line
175(2)
Chapter 6 Parameters
177(36)
Understanding Parameter Basics
177(9)
Choosing the Correct Parameter
178(1)
Naming Parameters
178(2)
Using Type Parameters
180(1)
Using Instance Parameters
181(1)
Setting Parameter Discipline, Type, and Grouping
182(4)
Using Parameters in Families
186(10)
Dimensional Parameters Lock Function
187(1)
Parameter Types
187(2)
Type Catalogs
189(3)
Formulas
192(2)
System Parameters
194(1)
Lookup Tables
195(1)
Using Shared Parameters
196(5)
Using Parameters in Projects
201(8)
Project Parameters
202(1)
Parameters in Schedules
203(2)
Creating and Using Parameters in Families and Schedules
205(2)
View and Sheet Parameters
207(2)
Working with Formulas
209(2)
Sample Conditional Statements
209(1)
Rounding
210(1)
The Bottom Line
211(2)
Chapter 7 Schedules
213(38)
Defining Schedules
213(17)
The Fields Tab
216(3)
The Filter Tab
219(2)
The Sorting/Grouping Tab
221(1)
The Formatting Tab
222(4)
The Appearance Tab
226(1)
Editing a Schedule
227(3)
Scheduling Component and System Family Data
230(9)
Mechanical Equipment Schedules
231(1)
Lighting Fixture Schedules
232(2)
System Family Schedules
234(4)
Model Component Schedules
238(1)
Using Schedules for Design and Analysis
239(6)
Schedule Keys
240(3)
Panel Schedules
243(2)
Using Schedules for Project Management
245(5)
Sheet List
246(1)
View List
247(1)
Note Block
248(2)
The Bottom Line
250(1)
Part 2 Mechanical Design
251(120)
Chapter 8 HVAC Cooling and Heating Load Analysis
253(32)
Modeling Spaces for Building Load Analysis
253(10)
Creating Spaces
254(1)
Placing Spaces
255(1)
Creating a Space Properties Schedule
256(1)
Modifying Space Properties
257(3)
Creating Zones
260(1)
Setting Building Construction Options
261(2)
Performing Heating and Cooling Load Analysis
263(11)
Load Analysis
266(1)
Weather Data
266(1)
Outdoor Air Infiltration
267(1)
Sliver Spaces
268(1)
Details
268(3)
Heating and Cooling Loads Report
271(3)
Performing Conceptual Energy Analysis on Your Building
274(5)
Setting Up the Model
274(3)
Keeping It Simple
277(1)
Performing Energy Simulation
278(1)
Analyzing Duct and Pipe System Pressure
279(1)
Exporting gbXML Data to Load-Simulating Software
280(3)
The Bottom Line
283(2)
Chapter 9 Creating Logical Systems
285(30)
Why Are Systems Important?
285(6)
Managing Systems
285(2)
System Browser
287(2)
Mechanical Settings
289(2)
Setting Up Duct Systems
291(10)
Understanding Duct Connectors
294(3)
Creating Mechanical Systems
297(4)
Setting Up Piping Systems
301(5)
Understanding Pipe Connectors
303(1)
Creating Pipe Systems
303(3)
Creating Fire-Protection Systems
306(1)
Setting Display Properties of Systems
306(2)
Understanding Child and Parent Relationships in Revit Systems
308(1)
Using System Filters
308(5)
The Bottom Line
313(2)
Chapter 10 Mechanical Systems and Ductwork
315(32)
Air Distribution Components
315(3)
Mechanical Equipment Components
318(3)
Air Conditioning/Handling Units
318(2)
VAV Boxes
320(1)
Heating and Cooling Elements
320(1)
Ductwork
321(3)
Duct Types and Routing
324(12)
Creating New Duct Types
325(1)
Using Automatic Duct Routing
326(4)
Using Manual Duct Routing
330(3)
Adjusting Fittings and Extending the Design
333(3)
Duct Sizing
336(9)
Choosing a Duct Sizing Method
337(6)
Using the Duct Routing Tools
343(2)
The Bottom Line
345(2)
Chapter 11 Mechanical Piping
347(24)
Mechanical Pipe Settings
347(9)
Creating Piping Systems
348(3)
Creating Pipe Types
351(1)
Defining Fitting Angles
352(2)
Selecting Fittings for Routing Preferences
354(1)
Choosing Pipe Materials and Sizes
355(1)
Adjusting the Pipe Sizing Table
355(1)
Using the Fluids Table
356(1)
Pipe Routing Options
356(7)
Automatic Pipe Routing
356(2)
Manual Pipe Routing
358(5)
Pipe Fittings
363(6)
Using Pipe Fitting Controls
364(1)
Placing Valves
364(1)
Adding Piping Insulation
365(1)
Defining Systems Visibility through Filters
365(4)
The Bottom Line
369(2)
Part 3 Electrical Design
371(96)
Chapter 12 Lighting
373(24)
Efficient Lighting Design
373(9)
Spaces and Lighting
373(3)
The Reflected Ceiling Plan
376(2)
Lighting Worksets
378(1)
Lighting Analysis
378(4)
Hosting Options for Lighting Fixtures and Devices
382(1)
Lighting Fixtures in a Ceiling
382(6)
Lighting Fixtures in Sloped Ceilings
383(1)
Ceiling Changes
384(1)
Overhead Fixtures in Spaces with No Ceiling
385(1)
Wall-mounted Lights
385(1)
Switches
386(2)
Site Lighting
388(7)
The Site Plan
388(2)
Site Lighting Layout
390(1)
Site Lighting Analysis
390(5)
The Bottom Line
395(2)
Chapter 13 Power and Communications
397(38)
Modeling Methods for Power and Systems Devices
397(9)
Using Annotation Symbols
399(1)
Using Face-hosted Families
400(3)
Avoiding Interference of Symbols
403(2)
Creating Circuits
405(1)
Placing Devices and Equipment Connections
406(12)
Disconnect Switches
408(1)
Distribution Equipment and Transformers
409(2)
Switchboards
411(1)
Panels
412(4)
Other Equipment
416(2)
Creating Power Distribution Systems
418(4)
Power Diagrams
421(1)
Tips for Creating Power Diagrams
421(1)
Creating a Fire Alarm System Model
422(3)
Fire Alarm Riser Diagram
423(1)
Fire Alarm Diagram Using Drafting Tools and Symbols
424(1)
Modeling Conduit and Cable Tray
425(8)
Defining Electrical Settings
427(2)
Placing Conduit in a Model
429(3)
Placing Cable Tray in a Model
432(1)
Creating Family Types
432(1)
The Bottom Line
433(2)
Chapter 14 Circuiting and Panels
435(32)
Establishing Electrical Settings
435(9)
Wiring Settings
436(3)
Voltage Definitions
439(1)
Distribution Systems
439(1)
Load Calculations
440(4)
Creating Circuits and Wiring for Devices and Fixtures
444(16)
Editing Wiring
449(2)
Editing Circuits
451(4)
Drawing Wires Manually
455(3)
Controlling Wire Display
458(2)
Managing Circuits and Panels
460(4)
Circuit Properties
460(1)
Wire Properties
460(1)
Panel Properties
461(2)
Other Panels and Circuits
463(1)
Using Schedules for Sharing Circuit Information
464(1)
The Bottom Line
465(2)
Part 4 Plumbing
467(40)
Chapter 15 Plumbing (Domestic, Sanitary, and Other)
469(24)
Configuring the Plumbing Views
469(4)
Global Settings and View-Specific Settings
470(1)
Defining Systems Visibility through Filters
471(2)
Working with Plumbing Fixtures
473(4)
Working with Architectural Linked-In Plumbing Models
477(8)
Creating Custom Pipe Assemblies
478(4)
Copying/Monitoring Plumbing Fixtures
482(3)
Choosing Pipe Settings and Pipe Routing Options
485(4)
Sloping Pipe
485(3)
Annotating Invert Elevation and Slope
488(1)
Using Fittings
489(2)
Using Pipe Fitting Controls
489(1)
Placing Valves
489(2)
The Bottom Line
491(2)
Chapter 16 Fire Protection
493(14)
Understanding the Essentials of Placing Fire-Protection Equipment
493(6)
Point of Connection
493(2)
Fire Pump Assembly
495(1)
Fire Riser Assembly
496(2)
Sprinkler Heads
498(1)
Creating Fire-Protection Systems
499(6)
Creating a Fire-Protection Wet System
502(1)
Filtering Fire-Protection Systems
502(3)
Using Mechanical Joint Fittings
505(1)
Routing Piping and Adjusting Settings
505(1)
The Bottom Line
505(2)
Part 5 Managing Content
507(200)
Chapter 17 Solid Modeling
509(36)
Solids and Voids
509(15)
Extrusions
510(2)
Blends
512(3)
Revolves
515(2)
Sweeps
517(2)
Swept Blends
519(2)
Joining Geometry
521(1)
Voids
522(2)
Reference Planes and Lines
524(7)
Constraints and Dimensions
531(4)
Visibility Control
535(2)
In-Place Massing
537(5)
The Bottom Line
542(3)
Chapter 18 Creating Symbols and Annotations
545(24)
Using Drafting Tools in Revit
545(4)
Drawing Arcs
547(1)
Using Other Drawing Tools
548(1)
Creating Filled Regions
549(1)
Building a Symbol Library
549(7)
Generic Annotations
550(1)
Subcategories
551(2)
Text and Labels
553(1)
Detail Components
554(2)
Controlling Visibility of Lines, Regions, and Annotations
556(7)
Using Visibility Parameters
556(3)
Using Constraints
559(4)
Using Labels and Tags
563(4)
Label Format Options
564(1)
Labels and Linework
565(2)
The Bottom Line
567(2)
Chapter 19 Creating Equipment
569(36)
Modeling MEP Equipment
569(9)
Hosting Options
570(2)
Family Categories
572(3)
Detail Level
575(1)
Geometry for Connection Points
575(1)
Equipment Pads
576(2)
Adding Connectors to Equipment Families
578(20)
Duct Connectors
583(3)
Pipe Connectors
586(1)
Electrical Connectors
587(3)
Multiple Connectors in Families
590(8)
Creating Clearance Spaces
598(2)
Adding Parameters and Constraints
600(3)
The Bottom Line
603(2)
Chapter 20 Creating Lighting Fixtures
605(28)
Understanding Types of Lighting Fixture Families
605(12)
Nonhosted Lighting Fixtures
606(4)
Face-hosted Lighting Fixtures
610(1)
Face-hosted Families for Wall-Mounted Lights
611(2)
Fixture Types Based on Dimensions
613(1)
Fixture Types Based on Fixture Performance and Lighting Characteristics
613(3)
Naming Conventions
616(1)
Performing a Lighting Analysis
617(6)
Light Source Location
618(2)
Light Source Definitions
620(1)
Light Source Parameters
621(2)
Using Fixture Families as Intelligent Objects
623(2)
Using Parameters
623(1)
Adding Connectors
624(1)
Representing Light Fixtures on Construction Documents
625(7)
The Bottom Line
632(1)
Chapter 21 Creating Devices
633(22)
Modeling Device Geometry
633(8)
Category and Parameters
634(2)
Geometry and Reference Planes
636(5)
Using Annotations for Devices
641(7)
Adding Parameters and Connectors
648(6)
Using Parameters for Labels
648(1)
Adding Connectors
649(5)
The Bottom Line
654(1)
Chapter 22 Details
655(24)
Drafting and Detailing Tools
655(7)
Line Styles
655(1)
Regions
656(3)
Detail Components
659(3)
CAD Details
662(6)
Using Drafting Views
663(1)
Converting Details
664(4)
Strategies for Creating a Detail Library
668(4)
Inserting 2D Elements
670(1)
Inserting Views
671(1)
Model Detail Views
672(5)
Plan Callouts
673(2)
Section Callouts
675(2)
The Bottom Line
677(2)
Chapter 23 Sheets
679(28)
Creating a Titleblock
679(6)
Using Existing CAD Graphics
680(1)
Using Text and Labels
681(3)
Using Logos and Images
684(1)
Working with Sheets in a Project
685(9)
Organizing Project Browser Sheets
686(3)
Placing Views on Sheets
689(2)
Working with Viewports
691(2)
Adding Annotations
693(1)
Placing Schedules
693(1)
Using Sheet Lists
694(4)
Making Sheet Revisions
698(2)
Printing Sheets
700(2)
Exporting Sheets
702(2)
The Bottom Line
704(3)
Appendix • The Bottom Line
707(24)
Chapter 1 Exploring the User Interface
707(1)
Chapter 2 Creating an Effective Project Template
708(1)
Chapter 3 Worksets and Worksharing
709(1)
Chapter 4 Project Collaboration
710(1)
Chapter 5 Multiplatform Interoperability: Working with 2D and 3D Data
711(1)
Chapter 6 Parameters
711(1)
Chapter 7 Schedules
712(1)
Chapter 8 HVAC Cooling and Heating Load Analysis
713(2)
Chapter 9 Creating Logical Systems
715(1)
Chapter 10 Mechanical Systems and Ductwork
716(1)
Chapter 11 Mechanical Piping
717(1)
Chapter 12 Lighting
718(1)
Chapter 13 Power and Communications
719(1)
Chapter 14 Circuiting and Panels
720(1)
Chapter 15 Plumbing (Domestic, Sanitary, and Other)
721(1)
Chapter 16 Fire Protection
722(1)
Chapter 17 Solid Modeling
723(1)
Chapter 18 Creating Symbols and Annotations
724(1)
Chapter 19 Creating Equipment
725(1)
Chapter 20 Creating Lighting Fixtures
726(1)
Chapter 21 Creating Devices
727(1)
Chapter 22 Details
728(1)
Chapter 23 Sheets
729(2)
Index 731
Don Bokmiller is a Design Technologist at Clark Nexsen, Inc. He has 17 years of experience working in the AEC industry and is a frequent speaker at the Revit Technology Conference (RTC) events in North America.



Simon Whitbread has over 25 years of experience in the construction industry, has taught Revit to students of all experience levels, and is a committee member for RTC.



Dan Morrison has over 20 years experience as a mechanical engineer and has presented at numerous RTCs and other BIM conferences; he is VDC engineer with BGC Posco international in Perth, Australia, managing all aspects of BIM from design through handover.