Acquire the skills to create and display engineering,
manufacturing, and assembly information directly on the
3D part, assembly, or process model through this extensive
hands-on course with numerous practice exercises. Students
attending this course will receive a thorough understanding
of geometric tolerances, dimensions, notes, and other
annotations critical to the accurate and cost-effective
creation of mechanical parts and assemblies. The 3D Functional
Tolerancing and Annotation course complies with the industry
and government initiated American Society of Mechanical
Engineers’ (ASME)
Y14.41 3D standards for the creation and submission of
model only, paperless design applications.
Topics
include:
•
Introduction
to Functional Tolerancing & Annotation
•
Workbench
overview
•
Annotation
process
•
Extracting
2D view from the 3D model
•
Annotation
planes and extraction views
•
Construction
geometry
•
Semantic
and non-semantic annotations
•
Datum
Reference Frames
•
Tolerance
Advisor
•
Basic
Dimensions
•
Annotations:
Text, Flag Notes, Datum Elements, Datum Targets, Roughness,
Dimensions
•
Restricted
Areas and threads
•
Annotation
Visualization Tools
•
Cameras
and Captures
•
Geometry
Connection Management
•
FT&A
analysis and reporting
•
Product
Functional Tolerance and Annotation workbench
•
Assembly
Creation Techniques
•
Obtaining
Assembly Information
•
Standard
Parts from Catalogues and Save Management
•
Effective
Modeling Tips and Techniques
Additional
Information
Courseware for these applications can be purchased
for use by academic institutions by contacting
ASCENT. Commercial training on these applications is available
through RAND
Worldwide.
