Catia
Páginas: 5 (1152 palabras)
Publicado: 18 de abril de 2012
Digital Mock-Up Space Analysis
ENOVIA DMU Training
Student Notes:
Exercises
Copyright DASSAULT SYSTEMES
Digital Mock-Up
Space Analysis
Copyright DASSAULT SYSTEMES
Version 5 Release 18
September 2007
EDU_DMU_EN_SPA_FX_V5R18
1
Digital Mock-Up Space Analysis
Student Notes:
Table of Contents
DMU Space Analysis - Master Exercise Presentation
Design Intent: DrillAssembly
Design Process: Drill Assembly
Master Exercise: Step 1 - Measuring Distances
Do It Yourself
Master Exercise: Step 2 - Sectioning
Do It Yourself
Master Exercise: Step 3 - Analyzing Interferences
4
5
6
7
10
11
15
16
Copyright DASSAULT SYSTEMES
Do It Yourself
3
Copyright DASSAULT SYSTEMES
2
Digital Mock-Up Space Analysis
DMU Space Analysis:Drill Assembly
Student Notes:
Master Exercise
45 min
Here is a presentation of the Master Exercise you
will have to build along the course.
The main purpose of the Master Exercise is to
practice various functionalities, which you have
learnt in the whole lesson. This is to apply
theoretical knowledge on practical products.
Copyright DASSAULT SYSTEMES
In this course, the steps ofthe Master Exercise will
be presented to you after every lesson so that you
can practice on:
Measure Minimum Distance
Band Analysis
Sectioning
Clash Computation and Analysis
Copyright DASSAULT SYSTEMES
3
Digital Mock-Up Space Analysis
Student Notes:
Design Intent: Drill Assembly
In this Master Exercise, you will analyze the Drill Assembly using various
functions in the DMUSpace Analysis workbench. In this exercise, you will:
Copyright DASSAULT SYSTEMES
Measure minimum distance between various components
Compute band analysis to check if there is a violation of minimum distance
between some components
Analyze sections along various axes, perform measurements and add
annotations in the section views
Compute clash and analyze clash results
Minimum DistanceMeasurement
Copyright DASSAULT SYSTEMES
Band Analysis
Sectioning
Clash Computation
4
Digital Mock-Up Space Analysis
Student Notes:
Design Process: Drill Assembly
1
Measure Minimum
Distance and compute
Band Analysis
Copyright DASSAULT SYSTEMES
2
3
Create Section views, perform
measurements and add
annotations in section views.
Compute clash and
analyzeclash results
Copyright DASSAULT SYSTEMES
5
Digital Mock-Up Space Analysis
Space Analysis Drill
Student Notes:
Step 1: Measure Distances
10 min
In this the step, you will measure the
minimum distance between
components and perform a band
analysis using following functions:
Copyright DASSAULT SYSTEMES
Measure Minimum Distance
Distance and Band Analysis
CopyrightDASSAULT SYSTEMES
6
Digital Mock-Up Space Analysis
Student Notes:
Do It Yourself (1/3)
Documents used: Drill_Assembly_Step1_start.CATProduct
Measure minimum distance between ‘BackSwitch.1’ and ‘Housing.1’.
Copyright DASSAULT SYSTEMES
Measure another minimum distance between
‘BackSwitch.1’ and ‘Housing Left.1’.
Copyright DASSAULT SYSTEMES
7
Digital Mock-Up SpaceAnalysis
Do It Yourself (2/3)
Student Notes:
Measure minimum distance between ‘TopSwitch.1’ and
‘Housing.1’.
Minimum Distance is 0 mm, as there is contact between the selected components
Copyright DASSAULT SYSTEMES
Measure minimum distance between ‘TopSwitch.1’ and
‘Housing Left.1’.
Minimum Distance is 0 mm, as there is contact between the selected components
CopyrightDASSAULT SYSTEMES
8
Digital Mock-Up Space Analysis
Student Notes:
Do It Yourself (3/3)
Compute Band Analysis between the ‘Round Motor.1’
and ‘Housing.1’ (Min : 1.5mm, Max: 2mm)
Analyze the result and notice that one element of
the motor is very near to the ‘Housing.1’.
Save Band Analysis results in a ‘cgr file’
The bands in this computation show the geometry
that does not respect...
ENOVIA DMU Training
Student Notes:
Exercises
Copyright DASSAULT SYSTEMES
Digital Mock-Up
Space Analysis
Copyright DASSAULT SYSTEMES
Version 5 Release 18
September 2007
EDU_DMU_EN_SPA_FX_V5R18
1
Digital Mock-Up Space Analysis
Student Notes:
Table of Contents
DMU Space Analysis - Master Exercise Presentation
Design Intent: DrillAssembly
Design Process: Drill Assembly
Master Exercise: Step 1 - Measuring Distances
Do It Yourself
Master Exercise: Step 2 - Sectioning
Do It Yourself
Master Exercise: Step 3 - Analyzing Interferences
4
5
6
7
10
11
15
16
Copyright DASSAULT SYSTEMES
Do It Yourself
3
Copyright DASSAULT SYSTEMES
2
Digital Mock-Up Space Analysis
DMU Space Analysis:Drill Assembly
Student Notes:
Master Exercise
45 min
Here is a presentation of the Master Exercise you
will have to build along the course.
The main purpose of the Master Exercise is to
practice various functionalities, which you have
learnt in the whole lesson. This is to apply
theoretical knowledge on practical products.
Copyright DASSAULT SYSTEMES
In this course, the steps ofthe Master Exercise will
be presented to you after every lesson so that you
can practice on:
Measure Minimum Distance
Band Analysis
Sectioning
Clash Computation and Analysis
Copyright DASSAULT SYSTEMES
3
Digital Mock-Up Space Analysis
Student Notes:
Design Intent: Drill Assembly
In this Master Exercise, you will analyze the Drill Assembly using various
functions in the DMUSpace Analysis workbench. In this exercise, you will:
Copyright DASSAULT SYSTEMES
Measure minimum distance between various components
Compute band analysis to check if there is a violation of minimum distance
between some components
Analyze sections along various axes, perform measurements and add
annotations in the section views
Compute clash and analyze clash results
Minimum DistanceMeasurement
Copyright DASSAULT SYSTEMES
Band Analysis
Sectioning
Clash Computation
4
Digital Mock-Up Space Analysis
Student Notes:
Design Process: Drill Assembly
1
Measure Minimum
Distance and compute
Band Analysis
Copyright DASSAULT SYSTEMES
2
3
Create Section views, perform
measurements and add
annotations in section views.
Compute clash and
analyzeclash results
Copyright DASSAULT SYSTEMES
5
Digital Mock-Up Space Analysis
Space Analysis Drill
Student Notes:
Step 1: Measure Distances
10 min
In this the step, you will measure the
minimum distance between
components and perform a band
analysis using following functions:
Copyright DASSAULT SYSTEMES
Measure Minimum Distance
Distance and Band Analysis
CopyrightDASSAULT SYSTEMES
6
Digital Mock-Up Space Analysis
Student Notes:
Do It Yourself (1/3)
Documents used: Drill_Assembly_Step1_start.CATProduct
Measure minimum distance between ‘BackSwitch.1’ and ‘Housing.1’.
Copyright DASSAULT SYSTEMES
Measure another minimum distance between
‘BackSwitch.1’ and ‘Housing Left.1’.
Copyright DASSAULT SYSTEMES
7
Digital Mock-Up SpaceAnalysis
Do It Yourself (2/3)
Student Notes:
Measure minimum distance between ‘TopSwitch.1’ and
‘Housing.1’.
Minimum Distance is 0 mm, as there is contact between the selected components
Copyright DASSAULT SYSTEMES
Measure minimum distance between ‘TopSwitch.1’ and
‘Housing Left.1’.
Minimum Distance is 0 mm, as there is contact between the selected components
CopyrightDASSAULT SYSTEMES
8
Digital Mock-Up Space Analysis
Student Notes:
Do It Yourself (3/3)
Compute Band Analysis between the ‘Round Motor.1’
and ‘Housing.1’ (Min : 1.5mm, Max: 2mm)
Analyze the result and notice that one element of
the motor is very near to the ‘Housing.1’.
Save Band Analysis results in a ‘cgr file’
The bands in this computation show the geometry
that does not respect...
Leer documento completo
Regístrate para leer el documento completo.