Skip to main content

Reasons for Implementing a CAD System .

 Reasons for Implementing a CAD System 

1. To increase in the productivity of the designer:-

                                                                            The CAD improves the productivity of the designer to visualize the product and its components, parts and reduces time required in synthesizing, analyzing and documenting the design.


 2. To improve the quality of design:-

o CAD system permits a more detailed engineering analysis and a large no. of design alternatives can be investigated. 

 o The design errors are also reduced because of the greater accuracy provided by system

 3. To improve communication in design:- 

                                                        The use of a CAD system provides better engineering drawings, more standardization in drawing, better documentation of design, few drawing errors. 


 4. To create a data base for manufacturing:-

                                                                In the process of creating the documentation for the product design, much of the required data base to manufacture the product can be created.


 5.Improves the efficiency of design:- 

                                                               It improves the efficiency of design process and the wastages at the design stage can be reduced.

Comments

Popular posts from this blog

BASIC THERMODYNAMICS IMPORTANT QUESTIONS- IMPORTANT FOR AE/JE & ESE,GATE.

                        BASIC THERMODYNAMICS 1. In highly rarefied gases, the concept of this loses validity        (a) Thermodynamic equilibrium        (b) continuum        (c) stability         (d) Macroscopic view point 2. A closed system is one in which:       (a) mass does not cross boundaries of the system, though energy may do so        (b) mass crosses the boundary but not the energy        (c) neither mass nor energy crosses the boundaries of the system        (d) both energy and mass cross the boundaries of the system 3. A thermodynamic system is considered to be an isolated one if :        (a) Mass transfer and entropy change are zero        (b) Entropy change and energy transfer are zero    ...

ENGINEERING MECHANICS PYQ'S OF ALL EXAMS - MOST IMPORTANT FOR ALL RRB & SSC EXAMS.

                         ENGINEERING MECHANICS  1. A force is completely defined when we specify          (a) magnitude          (b) direction          (c) point of application          (d) all of the above 2.  Which one of the following is not a scalar quantity?          (a) Volume          (b) Mass          (c) Force          (d) Length 3.  The algebraic sum of the resolved parts of a number of forces in a given direction is equal to the    resolved part of their resultant in the same direction. This is known as-          (a) Principle of resolution of forces          (b) All of the options          (c) Principle of transm...

GENERAL PHYSICS PYQ'S OF RRB EXAMS - MOST IMPORTANT FOR ALL RRB &SSC EXAMS.

        GENERAL PHYSICS PYQ'S  1.The commercial unit of electrical energy is .........                 (a) Watt                (b) Calorie           (c) Kilowatt hour           (d) Joule   2. The S.I. unit of resistivity is:                (a) ohm/m           (b) ohm           (c) mho            (d) ohm m 3. The S.I. unit of resistance is equivalent to:                   (a) joule/coulomb           (b) volt/ampere           (c) ampere/volt           (d) coulomb/joule 4. Newton is the unit to measure ______.        ...