CAD/CAM/CAE
1. Introduction
The
computer has grown to become essential in the operations of business,
government, the military, engineering, and research. It has also demonstrated
itself, especially in recent years, to be a very powerful tool in design and
manufacturing. In this and the following two chapters, we consider the
application of computer technology to the design of a product. This section
provides an overview of computer-aided design.
What do these
acronyms mean?
CAD:
Computer Aided Design
The
use of computers to aid the design and manufacturing process
CAM:
Computer Aided Manufacturing
The
use of computers to develop the computer numerical control part programs for
machining and other processing applications
CAM:
Computer Aided Engineering
The
use of computers to check the errors, do analysis and optimization process etc.
2. What
are the usages of CAD/CAM/CAE?
i)
CAD: Computer Aided Design
• The
use of computers to aid the design and manufacturing process
• 2D/3D
Drafting
• Modeling
Curves, Surfaces, Solids, Assemblies etc.
• Engineering
Drawing
• Father
of CAD/CAM?
Dr.
Patrick Hanratty: Created the first numerical control system, which would later
become Computer Aided Design or CAD. The precision, versatility, and
edit-ability of CAD designs revolutionized the Engineering architecture and
manufacturing landscape.
ii)
CAM: Computer Aided Manufacturing
·
The use of computers to aid the computer
controlled machinery to automate a manufacturing process is a tool/program
that uses numerical control (NC) to create detailed instructions
(G-code) that drive CNC machines.
·
Generate tool paths and to control
machine tools
iii)
CAE: Computer Aided Engineering
·
The use of computers to aid the computer
to simulate performance in order to improve product designs assist in the
resolution of engineering problems for a wide range of industries
·
To validate/test the product
3. What’s
the need of CAD/CAM/CAE?
i)
To improve the
quality of product
ii)
To increase
the productivity
iii)
To improve the
communication between drawing, design and manufacturing
iv)
To create well
data base for manufacturing
v)
To improve the
efficiency of the product
vi)
To save the
lead time
vii)
To achieve
best quality at less time
viii)
To achieve
more accuracy
ix)
Customer
modifications are easier to make
x)
Minimized
transcription errors
xi)
To reduce
testing cost etc.
Which software’s for
CAD/CAM/CAE?
i)
CAD: Computer Aided Design
Software’s
·
CATIA
·
FUSION 360
·
AUTODESK INVENTOR
·
ONSHAPE
·
SOLIDEDGE
·
RHINO 3D
·
SOLIDWORKS
·
SKETCHUP etc.
ii)
CAM: Computer Aided Manufacturing Software’s
·
BOB CAD CAM
·
CAMBAM
·
CAMWORKS
·
CATIA
·
EDGECAM
·
FUSION360
·
GIBBSCAM
·
HYPERMILL etc.
iii)
CAE Computer Aided Engineering Software’s
·
FUSION360
·
SIMSCALE
·
INVENTOR
·
SOLIDEDGE
·
ANSYS
·
NX-ANSA
·
NISA
·
HYPERMESH
·CAD/CAM/CAE
1. Introduction
The
computer has grown to become essential in the operations of business,
government, the military, engineering, and research. It has also demonstrated
itself, especially in recent years, to be a very powerful tool in design and
manufacturing. In this and the following two chapters, we consider the
application of computer technology to the design of a product. This section
provides an overview of computer-aided design.
What do these
acronyms mean?
CAD:
Computer Aided Design
The
use of computers to aid the design and manufacturing process
CAM:
Computer Aided Manufacturing
The
use of computers to develop the computer numerical control part programs for
machining and other processing applications
CAM:
Computer Aided Engineering
The
use of computers to check the errors, do analysis and optimization process etc.
2. What
are the usages of CAD/CAM/CAE?
i)
CAD: Computer Aided Design
• The
use of computers to aid the design and manufacturing process
• 2D/3D
Drafting
• Modeling
Curves, Surfaces, Solids, Assemblies etc.
• Engineering
Drawing
• Father
of CAD/CAM?
Dr.
Patrick Hanratty: Created the first numerical control system, which would later
become Computer Aided Design or CAD. The precision, versatility, and
edit-ability of CAD designs revolutionized the Engineering architecture and
manufacturing landscape.
ii)
CAM: Computer Aided Manufacturing
·
The use of computers to aid the computer
controlled machinery to automate a manufacturing process is a tool/program
that uses numerical control (NC) to create detailed instructions
(G-code) that drive CNC machines.
·
Generate tool paths and to control
machine tools
iii)
CAE: Computer Aided Engineering
·
The use of computers to aid the computer
to simulate performance in order to improve product designs assist in the
resolution of engineering problems for a wide range of industries
·
To validate/test the product
3. What’s
the need of CAD/CAM/CAE?
i)
To improve the
quality of product
ii)
To increase
the productivity
iii)
To improve the
communication between drawing, design and manufacturing
iv)
To create well
data base for manufacturing
v)
To improve the
efficiency of the product
vi)
To save the
lead time
vii)
To achieve
best quality at less time
viii)
To achieve
more accuracy
ix)
Customer
modifications are easier to make
x)
Minimized
transcription errors
xi)
To reduce
testing cost etc.
Which software’s for
CAD/CAM/CAE?
i)
CAD: Computer Aided Design
Software’s
·
CATIA
·
FUSION 360
·
AUTODESK INVENTOR
·
ONSHAPE
·
SOLIDEDGE
·
RHINO 3D
·
SOLIDWORKS
·
SKETCHUP etc.
ii)
CAM: Computer Aided Manufacturing Software’s
·
BOB CAD CAM
·
CAMBAM
·
CAMWORKS
·
CATIA
·
EDGECAM
·
FUSION360
·
GIBBSCAM
·
HYPERMILL etc.
iii)
CAE Computer Aided Engineering Software’s
·
FUSION360
·
SIMSCALE
·
INVENTOR
·
SOLIDEDGE
·
ANSYS
·
NX-ANSA
·
NISA
·
HYPERMESH
·
ABAQUS
·
FEAST etc.
4. How
CAD, CAM and CAE relates?

Computer Aided Industrial Engineering (CAIE) - Proposal by Prof. Narayana Rao K.V.S.S.
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