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تاريخ التسجيل : 01/07/2009
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 |  موضوع: كورس تعليم السماحيات والتفاوتات - مفاهيم متقدمة - Geometric Dimensioning & Tolerancing - Advanced concepts الخميس 15 سبتمبر 2022, 3:31 am | |
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كورس تعليم السماحيات والتفاوتات - مفاهيم متقدمة
Geometric Dimensioning & Tolerancing - Advanced concepts
و المحتوى كما يلي :
07 - Composite Position control \ 001 Composite control on pattern- Example 1
08 - Composite Profile control \ 001 Composite profile control - Example
12 - Datum Targets \ 001 Datum Targets Intro
04 - Inclined datum and Auxiliary datum \ 001 Inclined Datums- Examples
01 - Introduction \ 001 Introduction
13 - Projected Tolerance zone \ 001 Need for projected Tolerance zone
02 - Profile tolerance - in depth \ 001 Profile tolerance interpretations
03 - Patterns \ 001 Rectangular Patterns - Example 1
5 - Refinement of Profile and Position controls \ 001 Refinement of Position to Orientation and Form
06 - Simultaneous Requirements \ 001 Simultaneous requirement - Example 1
09 - Slot Control \ 001 Slot control scheme 1
10 - Multiple Datum Feature datum \ 001 What is Multiple Datum feature_
11 - Zero Position tolerance at MMC concept \ 001 Zero MMC Example - 1
12 - Datum Targets \ 002 3-2-1 principle
02 - Profile tolerance - in depth \ 002 Application of Profile on Flange - Example
04 - Inclined datum and Auxiliary datum \ 002 Auxilary Datums - Example 1
01 - Introduction \ 002 Basics of Profile and Position tolerance
07 - Composite Position control \ 002 Composite control - Circular pattern - Example 2
08 - Composite Profile control \ 002 Composite vs Multi segment profile control
10 - Multiple Datum Feature datum \ 002 Multiple datum feature - Rotation part
13 - Projected Tolerance zone \ 002 Projected Tolerance zone applied
03 - Patterns \ 002 Rectangular Pattern - Example 2
5 - Refinement of Profile and Position controls \ 002 Refinement of Profile to orientation and form
06 - Simultaneous Requirements \ 002 Simultaneous requirement - Example 2
09 - Slot Control \ 002 Slot control scheme 2
11 - Zero Position tolerance at MMC concept \ 002 Zero MMC Example - 2
04 - Inclined datum and Auxiliary datum \ 003 Auxilary Datums - Example 2
03 - Patterns \ 003 Circular Pattern
07 - Composite Position control \ 003 Composite control - Example 3
10 - Multiple Datum Feature datum \ 003 Example of a Table
06 - Simultaneous Requirements \ 003 Points to note in Simultaneous requirements
02 - Profile tolerance - in depth \ 003 Relimited Profile Control
09 - Slot Control \ 003 Slot control scheme 3
12 - Datum Targets \ 003 When are Datum targets used
02 - Profile tolerance - in depth \ 004 Biased and Unilateral Tolerance zone
07 - Composite Position control \ 004 Composite control vs Orientation refinement
12 - Datum Targets \ 004 Datum Target annotations and symbols
03 - Patterns \ 004 Rectangular pattern of rectangular features
06 - Simultaneous Requirements \ 004 Simultaneous vs separate Requirement - Example 3
09 - Slot Control \ 004 Slot as Datum feature
07 - Composite Position control \ 005 Composite Gauging
12 - Datum Targets \ 005 Datum Targets - Example 1
06 - Simultaneous Requirements \ 005 Gauging with Simultaneous requirements- Example 4
03 - Patterns \ 005 Pattern as Datum Feature
07 - Composite Position control \ 006 Composite Gauging - First line
12 - Datum Targets \ 006 Datum Target - Example 2
06 - Simultaneous Requirements \ 006 Variation on Example 4
07 - Composite Position control \ 007 Composite gauging - Second line
12 - Datum Targets \ 007 Datum Target - Example 3
06 - Simultaneous Requirements \ 007 Simultaneous requirement with auxiliary datum
07 - Composite Position control \ 008 Composite gauging - Third Line
06 - Simultaneous Requirements \ 008 Different datum sequence - Example
12 - Datum Targets \ 008 Points to note while applying Datum targets
07 - Composite Position control \ 009 Composite vs Multi segment position control
06 - Simultaneous Requirements \ 009 Separate Requirements - Gauge
07 - Composite Position control \ 010 Composite vs Multi segment control -Circular pattern
07 - Composite Position control \ 011 Summary - Composite vs Multi segment control
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