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PRO E or Pro Engineer is software used for designing purpose. It is the
product of the company Parametric Technology Corporation. Pro Engineer
Wildfire is a computer graphics system for modelling various mechanical
designs and for performing related design and manufacturing operations. The
system uses a 3D solid modelling system as the core, and applies the feature-
based, parametric modelling method. In short, Pro/Engineer is a feature-based,
parametric solid modelling system with many extended design and
manufacturing applications. It was the first CAD system entirely based upon
feature-based design and parametric modelling. Today most software
producers have recognized the advantage of this approach and shifted their
product onto this platform.
The basic functionalities of pro engineer are divided into different modes:
- Used to sketch the geometry for the model to be designed.
Used to create features of a model.
Used to create an assembly design by assembling various parts or features of the model.
-Used to generate the drawing of the parts and assemblies created in the part and assembly
To make the designing process simple and quick Pro E is divided into above mentioned
modes, which is required to complete the designs.
The extrude option is present in the part mode of pro e. It is used to sweep a sketched
section along a straight trajectory. While using the extrude command the section is to
be drawn in the sketch mode and then the depth of extrusion is defined as per
dimensions, after defining the depth the section is protruded up to the value of depth
Circular command is used to make curved surface on the vertices of a two dimensional
entity. It is used to make the corners of the entity in a circular shape.
Explanations of command
This command has features same as fillet command.
Pattern command is used in the sketch mode of pro e. it is
present in edit option in the menu bar. Pattern is a versatile tool
which makes designing process very easy and efficient. Pattern
command is used to create multiple copies of the feature with
There are three trim command options. Delete segment, corner,
and divide. The option can be accessed through either the edit
pull-down menu or the trim icon on the sketcher toolbar
Delate segment automatically divides sketched entities at any point of
intersection, thus allowing you to simply delete the unwanted geometry.
Corner requires the selection of two entities. It finds the intersection of two
selected entities and either extends or trim the entities up to the intersection.
Divide will divide any sketch entities at the point of selection for as many
selection as desired
PAARTS OF TURBINE
FIRST PART – INLATE
DIMENSON OF INLATE
Inlet hollow cylinder = 12 mm dia.
Length = 10.265 mm.
Outlet Diameter = 13.8 mm
Length = 6.4 mm
Octagonal diameter = 18..3 mm Length = 4.42 mm.
Image of inlate
Figure number -1
Figure number -2
Its Outer diameter = 14 mm
Inlet diameter = 12 mm
Length = 7 mm
No. of nozzles = 10 It has two phases 1st 1.263 mm
has a diameter of 13.66 mm and 2nd 7.1 mm has a diameter of 12.4 mm.
Figure number – 3
Dimension of rotor
Diameter = 12 mm.
Length = 3.474 mm
Figure number - 4
Coupling with shaft
Rod diameter = 2.6 mm Length = 25 mm.
Coupling main shoe diameter = 8 mm
Individual coupling hole diameter = 1.5 mm
Figure number – 5
Coupling with shaft
Dimension of outlet
Main solid diameter = 12.42 mm
Central hole diameter = 2.6 mm
4 holes of diameter = 1.56 mm
Width is = 3.6 mm
Figure number – 6
Clip and Housing
Figure number – 7
Figure number – 8
Generator with Coupling
Diameter of road = 2.6mm
Diameter of hole = 1.56
Figure number – 9
Generator with coupling
Assembly of inlet, nozzle, rotor and storage coupling
Figure number -10
Assembly of part first as shown in the below figure number- 10 and generator
Figure number – 11