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Level 3
Precision GD&T: Advanced Applications & Analysis
Course Outline
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Course Objective
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To provide advanced information in applications and analysis (per ASME Y14.5 and ASME Y14.5.1) involving optimization strategies for given design applications, manufacturing methodologies and measurement implications.
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Course Length |
2 Days |
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CEUs |
1.6 |
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What You Will Learn |
In-Depth Analysis & Implications of Advanced Y14.5 Principles |
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Multiple feature patterns used to define
a single datum, and negative implications of using
“non-functional” surfaces as datum features
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3D analysis of composite position
callouts, in relationship to multiple-hole patterns defined
as a single datum
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Calculations for determining allowable
position tolerance for floating and fixed fastener designs
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Positioning holes and patterns of holes
at "zero tolerance" for optimizing
manufacturability and
critical cost reductions
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Contoured surfaces as datum features
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Surface roughness implications to
features of size and form constraints
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Optimization Strategies in Applications & Analysis of Design, Manufacturing and Measurement |
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Analysis and discussion of common error implications of dimensioning and tolerancing of tooling and functional gaging, based on product designs
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Evaluate negative implications of common incorrect measurement procedures on coordinate measuring machines (CMMs) and discuss procedures to resolve/minimize
problems
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Profile definitions and boundary
implications in corner transition areas
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Uncertainty implications from ASME Y14.5
and critical transformation/development efforts which impact/benefit all technical areas
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Characterization of physical to
functional hierarchies and criticality of this analysis to
achieve optimum functional intent
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Review and analyze “your” engineering
drawings and identify areas of negative financial
implications; address questions to provide
clarification/direction and make recommendations to optimize
design intent and achieve maximum return-on-investment
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Advanced Tolerancing Development within Y14.5 |
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Extension Principles for Datums used in
Non-Standard Designs
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3D Complex Profile Geometry and
Tolerance Boundaries
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Critical Simplification of Y14.5
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Statistical Tolerancing
GD&T Implications to Corporate
Six-Sigma Initiatives and Product Reliability
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Who Should Attend
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This advanced course is for those who require a greater understanding of the Y14.5 Standard from an advanced applications and analysis perspective. Specifiers of engineering requirements as well as specifiers of manufacturing processes and measurement applications will greatly benefit. Machinists, toolmakers, designers, senior inspectors, senior technicians and engineers (all levels).
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Prerequisites |
Precision GD&T: Introduction & Fundamental Principles or equivalent knowledge. It is critical that each individual reviews this course content to ensure a positive level of proficiency in all areas. If not proficient, it is suggested to take this course prior to the advanced course to ensure an optimum level of understanding.
The
Advanced Applications & Analysis Course Outline
is available in PDF format.
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Training Transformation |
Business Transformation |
GD&T Training Deployment Guide |
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To read about the Training
Transformation, click here. |
To read about the Business Transformation, click here. |
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Example Graphics from Course |
Secondary & Tertiary
Datums at RFS |
Implication of Fitting
Algorithms/Procedures |
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Fixed Fastener |
Composite Position |
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Composite Profile |
Composite Profile
Tolerancing |
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Note :
 Click
on any image to zoom in. |
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