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Tolerance Stacks Textbook w/ Drawing Package
- $105.00
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Proficiency in
tolerance accumulation studies (also called stacks)
separates the exceptional engineers from the rest.
More than
simply the study of dimensional relationships within
assemblies, tolerance stacks are the key to creating
robust, efficient, and successful designs.
Stacks skills
separate the exceptional engineers from the rest. For the
first time, these skills are available in a self-study
format. If you’re a designer--or a product or process
engineer--this course will enhance your career.
The textbook includes 39 performance objectives to be
mastered and over 50 practice stacks to calculate.
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Solve stack
problems
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Work
examples
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Take quizzes
and tests
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Analyze
illustrations
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Receive
instant feedback
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Chart your
progress
This package
is a resource that will pay dividends for years to come.
Program Goal: Calculate stacks in drawings using
coordinate dimensioning and geometric tolerancing
controls. Use stacks to create designs that maximize fit,
function, and return on investment. Optimize part
tolerances for design function and manufacturing
processes.
This product is a valuable tool for: Intended as a
course in geometric tolerancing, this is primarily for
engineers, designers, inspectors, process engineers,
machine builders, and anyone with an engineering-oriented
quality function. Stacks are taught from a mathematical
basis, so that all tolerances can be accounted for.
Skill level needed: Students should have basic
blueprint reading skills and have completed courses in GD&T
fundamentals and advanced concepts.
Product Highlights: Stresses applications that are
found on the job in real-life industrial situations. The
practice stacks are from actual drawings that are provided
in a separate Drawing Package. It includes a skills
assessment tool and exercises at the end of each chapter
to practice the concepts.
Package includes:
Tolerance Stacks Textbook
Drawing Package - A spiral-bound booklet containing two
complete product designs to analyze.
Format: Includes 39 performance objectives to be
mastered and over 50 practice stacks to calculate.
Estimated Length: One semester course at the
college level. A 24-30 hour industrial course |
