Computer Aided Engineering Drawing 20ME12P unit 03 3d to orthographic pojections
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This document is from the Vidya Vikas Polytechnic College Department of Mechanical Engineering. It contains 15 problems for students to practice drawing orthographic projections of components. Mr. THANMAY J S, who is the Head of Department of Mechanical Engineering, introduces the topic of orthographic projections and lists the problems for students to complete.
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Computer Aided Engineering Drawing 20ME12P Unit – 02 Part 02- PROJECTIONS ...
1. The document discusses the projection of lines in engineering drawings. It describes three configurations for lines: parallel to both planes, parallel to one plane and perpendicular to the other, and parallel to one plane and inclined to the other.
2. It provides examples of problems to solve involving drawing the projections of lines in different configurations. The problems include providing the length of the line and its position relative to the planes.
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1. Drawing equipments, instruments
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method to use them, applications.
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methods to use those and
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4. Pencils-grades, applications,
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5. Scaling technique used in
drawing.
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method. Unilateral with chain,
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7. Constructions of geometrical figures
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Computer Aided Engineering Drawing 20ME12P
UNIT 4: ISOMETRIC PROJECTIONS
1. Draw the isometric view of the machine component whose orthographic views are given
Computer Aided Engineering Drawing 20ME12P Unit 02 Part 04 PROJECTIONS OF SO...
2.6 Projections of solids in various positions with respect to the reference planes. (Parallel, perpendicular and inclined to HP and / or VP.)
PROJECTIONS OF SOLIDS
1. A triangular prism of base edge 40mm and height 65mm rests with one of its base edges on HP so that the axis of the prism is inclined at 30° with HP. Draw the top and front views when the axis of the prism is parallel to VP.
2. A square prism of base edge 40mm and height 70mm rests with one of its base edges on HP. The axis of the prism is inclined at 45 to HP and parallel to VP. Draw the top and the front views of the prism.
3. A pentagonal prism of base 35mm and height 60mm has its base edge on HP. Draw the top and front views, if the base of the prism is inclined at 30° to the HP. The axis of the prism is parallel to the VP.
4. A Hexagonal prism of base 35mm and height 60mm is resting with its base edge on HP so that the axis is inclined at 45° and parallel to VP. Draw its top and front views.
5. A triangular pyramid of base edge 40mm and height 65mm is resting with one of its base corner on HP so that the axis of the pyramid is parallel to VP and inclined at 45° to HP. Draw the top and front views.
6. Draw the top and front views of a hexagonal pyramid resting with one of its base corner on HP such that the axis of the pyramid is inclined at 30° to HP. The hexagonal pyramid has its base edges as 30mm and axis height as 60mm.
7. A pentagonal pyramid of base edge 30mm and axis height 65mm rests with one of its base corners on HP so that the base of the pyramid is inclined at 45° to the HP. Draw the projections if the axis of the pyramid is parallel to the VP.
8. A cylinder of 40mm diameter and axis height 65mm rests with its points of the circumference on HP so that the axis is inclined at 45° to the HP and parallel to the VP. Draw the top and front views.
9. A cone of 40mm diameter and axis height 65mm is resting with points of the circumference on
HP. Draw the top and front views, if the axis of the cone is inclined at 30° with HP and parallel to VP.
Computer Aided Engineering Drawing (20ME12P) Unit – 02
Part 02- Projections of Points
Projections of Points (Problems from Model Question Bank)
1. Draw the symbolic representation of First and Third angle projection method.
2. Draw the projections of the following points:
i. A is 25mm above the HP and 30mm in front of the VP.
ii. B is lying on HP and 45mm in front of VP.
iii. C is lying on VP and 50mm above HP.
iv. D lies in both HP and VP.
3. A point P is 40 mm in front of VP; 50 mm above HP and 30 mm in front of left PP. Draw the three principal views of the point.
4. A point Q is 30mm in front of VP, 40mm above HP and 35mm in front of right PP. Draw the three principal views of the point.
5. Draw the projections of the following points on a common reference line:
a) Point P is 25mm above the HP and 40mm behind the VP
b) Point Q is 30mm below the HP and 40mm behind the VP
c) Point R is 25mm above the HP and in the VP.
d) Point S is 30mm below the HP and in the VP
e) Point T is 35mm in front of the VP and in the HP.
Computer Aided Engineering Drawing (20ME12P) Unit – 02 introduction to ortho...
Part 01- Introduction to Orthographic Projections
Introduction to Orthographic Projections (Theory)
2.1 Introduction to Projections-Principle Planes of Projection and Principle Views
2.2 Introduction to First angle, Second angle, Third angle and Fourth angle method with their symbolic representation.
2.3 Projection of points in All 4 Quadrants
Computer Aided Engineering Drawing 20ME12P Unit – 02 Part 03 - PROJECTIONS OF...
2.1 Projection of Planes.
(a) Types of planes.
(b) Projection of planes parallel to one of the reference planes.
(c) Projection of plane inclined to one reference plane and perpendicular to another.
Note: Triangle, Square / rectangle, pentagon, hexagon and circle shape should be included in various plane problems.
PROJECTIONS OF PLANE SURFACE
1. A regular triangular lamina of side 30mm is placed with one its corner on HP such that the surface is inclined at 40° to HP and perpendicular to VP. Draw its Top and Front views.
2. A regular square lamina of side 40mm is placed with one its side on HP such that the surface is inclined at 30° to HP and perpendicular to VP. Draw its Top and Front views.
3. A regular pentagonal lamina of side 30mm is placed with one its side on HP such that the surface is inclined at 45° to HP and perpendicular to VP. Draw its Top and Front views.
4. A regular hexagonal lamina of side 30mm is placed with one its corner on HP such that the surface is inclined at 45° to HP and perpendicular to VP. Draw its Top and Front views.
5. A circular lamina of 40mm diameter lies on HP such that its surface is inclined at 40° to HP. Draw its front and top.
6. An equilateral triangular lamina of side 40mm rests with one its sides on HP so that the surface of the lamina is inclined at 30° to HP. The side on which the lamina rests is inclined at 45° to VP. Draw the projections of the lamina.
7. An equilateral triangular lamina of sides 30mm is resting with one of its corners on HP. The surface of the lamina is inclined at 45° to HP and the side opposite to the corner on which the lamina rests is inclined at 45° to VP. Draw the projections of the lamina.
8. A square lamina of 40mm side rests with one of its sides on HP so that the surface of the lamina is inclined at 30° to HP. The side on which the lamina rests is inclined at 45° to VP. Draw the top and front views of the square lamina in this position.
9. A square lamina of 40mm sides rests with one of its corner on HP. The diagonal passing through this corner is inclined at 45° to HP and appears to be inclined at 45° to VP. Draw its projections.
Isometric projections
Download the original presentation for animation and clear understanding. This Presentation describes the concepts of Engineering Drawing of VTU Syllabus. However same can also be used for learning drawing concepts. Please write to me for suggestions and criticisms here: hareeshang@gmail.com or visit this website for more details: www.hareeshang.wikifoundry.com.
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1. The document discusses the projection of lines in engineering drawings. It describes three configurations for lines: parallel to both planes, parallel to one plane and perpendicular to the other, and parallel to one plane and inclined to the other.
2. It provides examples of problems to solve involving drawing the projections of lines in different configurations. The problems include providing the length of the line and its position relative to the planes.
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1. Drawing equipments, instruments
and materials.
2. Equipments-types, specifications,
method to use them, applications.
3. Instruments-types, specifications,
methods to use those and
applications.
4. Pencils-grades, applications,
Different types of lines.
5. Scaling technique used in
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UNIT 4: ISOMETRIC PROJECTIONS
1. Draw the isometric view of the machine component whose orthographic views are given
Computer Aided Engineering Drawing 20ME12P Unit 02 Part 04 PROJECTIONS OF SO...
2.6 Projections of solids in various positions with respect to the reference planes. (Parallel, perpendicular and inclined to HP and / or VP.)
PROJECTIONS OF SOLIDS
1. A triangular prism of base edge 40mm and height 65mm rests with one of its base edges on HP so that the axis of the prism is inclined at 30° with HP. Draw the top and front views when the axis of the prism is parallel to VP.
2. A square prism of base edge 40mm and height 70mm rests with one of its base edges on HP. The axis of the prism is inclined at 45 to HP and parallel to VP. Draw the top and the front views of the prism.
3. A pentagonal prism of base 35mm and height 60mm has its base edge on HP. Draw the top and front views, if the base of the prism is inclined at 30° to the HP. The axis of the prism is parallel to the VP.
4. A Hexagonal prism of base 35mm and height 60mm is resting with its base edge on HP so that the axis is inclined at 45° and parallel to VP. Draw its top and front views.
5. A triangular pyramid of base edge 40mm and height 65mm is resting with one of its base corner on HP so that the axis of the pyramid is parallel to VP and inclined at 45° to HP. Draw the top and front views.
6. Draw the top and front views of a hexagonal pyramid resting with one of its base corner on HP such that the axis of the pyramid is inclined at 30° to HP. The hexagonal pyramid has its base edges as 30mm and axis height as 60mm.
7. A pentagonal pyramid of base edge 30mm and axis height 65mm rests with one of its base corners on HP so that the base of the pyramid is inclined at 45° to the HP. Draw the projections if the axis of the pyramid is parallel to the VP.
8. A cylinder of 40mm diameter and axis height 65mm rests with its points of the circumference on HP so that the axis is inclined at 45° to the HP and parallel to the VP. Draw the top and front views.
9. A cone of 40mm diameter and axis height 65mm is resting with points of the circumference on
HP. Draw the top and front views, if the axis of the cone is inclined at 30° with HP and parallel to VP.
Computer Aided Engineering Drawing (20ME12P) Unit – 02
Part 02- Projections of Points
Projections of Points (Problems from Model Question Bank)
1. Draw the symbolic representation of First and Third angle projection method.
2. Draw the projections of the following points:
i. A is 25mm above the HP and 30mm in front of the VP.
ii. B is lying on HP and 45mm in front of VP.
iii. C is lying on VP and 50mm above HP.
iv. D lies in both HP and VP.
3. A point P is 40 mm in front of VP; 50 mm above HP and 30 mm in front of left PP. Draw the three principal views of the point.
4. A point Q is 30mm in front of VP, 40mm above HP and 35mm in front of right PP. Draw the three principal views of the point.
5. Draw the projections of the following points on a common reference line:
a) Point P is 25mm above the HP and 40mm behind the VP
b) Point Q is 30mm below the HP and 40mm behind the VP
c) Point R is 25mm above the HP and in the VP.
d) Point S is 30mm below the HP and in the VP
e) Point T is 35mm in front of the VP and in the HP.
Computer Aided Engineering Drawing (20ME12P) Unit – 02 introduction to ortho...
Part 01- Introduction to Orthographic Projections
Introduction to Orthographic Projections (Theory)
2.1 Introduction to Projections-Principle Planes of Projection and Principle Views
2.2 Introduction to First angle, Second angle, Third angle and Fourth angle method with their symbolic representation.
2.3 Projection of points in All 4 Quadrants
Computer Aided Engineering Drawing 20ME12P Unit – 02 Part 03 - PROJECTIONS OF...
2.1 Projection of Planes.
(a) Types of planes.
(b) Projection of planes parallel to one of the reference planes.
(c) Projection of plane inclined to one reference plane and perpendicular to another.
Note: Triangle, Square / rectangle, pentagon, hexagon and circle shape should be included in various plane problems.
PROJECTIONS OF PLANE SURFACE
1. A regular triangular lamina of side 30mm is placed with one its corner on HP such that the surface is inclined at 40° to HP and perpendicular to VP. Draw its Top and Front views.
2. A regular square lamina of side 40mm is placed with one its side on HP such that the surface is inclined at 30° to HP and perpendicular to VP. Draw its Top and Front views.
3. A regular pentagonal lamina of side 30mm is placed with one its side on HP such that the surface is inclined at 45° to HP and perpendicular to VP. Draw its Top and Front views.
4. A regular hexagonal lamina of side 30mm is placed with one its corner on HP such that the surface is inclined at 45° to HP and perpendicular to VP. Draw its Top and Front views.
5. A circular lamina of 40mm diameter lies on HP such that its surface is inclined at 40° to HP. Draw its front and top.
6. An equilateral triangular lamina of side 40mm rests with one its sides on HP so that the surface of the lamina is inclined at 30° to HP. The side on which the lamina rests is inclined at 45° to VP. Draw the projections of the lamina.
7. An equilateral triangular lamina of sides 30mm is resting with one of its corners on HP. The surface of the lamina is inclined at 45° to HP and the side opposite to the corner on which the lamina rests is inclined at 45° to VP. Draw the projections of the lamina.
8. A square lamina of 40mm side rests with one of its sides on HP so that the surface of the lamina is inclined at 30° to HP. The side on which the lamina rests is inclined at 45° to VP. Draw the top and front views of the square lamina in this position.
9. A square lamina of 40mm sides rests with one of its corner on HP. The diagonal passing through this corner is inclined at 45° to HP and appears to be inclined at 45° to VP. Draw its projections.
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Download the original presentation for animation and clear understanding. This Presentation describes the concepts of Engineering Drawing of VTU Syllabus. However same can also be used for learning drawing concepts. Please write to me for suggestions and criticisms here: hareeshang@gmail.com or visit this website for more details: www.hareeshang.wikifoundry.com.
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Download the original presentation for animation and clear understanding. This Presentation describes the concepts of Engineering Drawing of VTU Syllabus. However same can also be used for learning drawing concepts. Please write to me for suggestions and criticisms here: hareeshang@gmail.com or visit this website for more details: www.hareeshang.wikifoundry.com.
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• Iterative
(With sufficient examples)
5.2 Programming Languages
• Generation of languages
• General concepts of variables and constants
Fundamentals of Computer 20CS11T Chapter 4.pdf
The document provides an introduction to computer organization and operating systems. It discusses key concepts in computer organization such as the central processing unit, memory hierarchy, input/output systems, and assembly language. It also covers important concepts in operating systems like process management, memory management, file systems, and security. The document then describes the functional units of a computer including the CPU, memory, input/output units, buses, and control units. It explains concepts like the stored program concept, Flynn's classification of computer architectures, and introduces BIOS/UEFI firmware.
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Chapter 03: INTRODUCTION TO COMPUTER CONCEPTS
3.1 Introduction to computers
• Evolution of computer (abstract only)
• Generation of computers
• Classification of computer
• Applications
3.2 Components of computers
• Hardware (different types of hardware components)
• Software (System Software, Application Software, E-accessibility Software, Open source, freeware and proprietary software)
• Peripherals (working of keyboard and laser printer)
3.3 Computer Network (Concept Only)
• Basics
• Categories
• Protocols (Application layer)
• Advantages.
3.4 Methods of data processing (concepts only)
• Single user programming
• Multi programming
• Real-time processing
• On-line processing
• Time sharing processing
• Distributed processing
3.5 Computer Security: Types of threats and source of threats
Fundamentals of Computer 20CS11T Chapter 2.pdf
2.1 Combinational Circuits
§ Characteristics
§ Logic circuit design
§ Block diagram, features &
Applications of
§ adders,subtractors and comparators
§ multiplexers, demultiplexers
§ encoders, decoders and code
converters (7 segment)
2.2 Sequential Circuits
§ Characteristics
§ Types
§ Asynchronous
§ Synchronous (clocked, un
clocked)
§ Flip flops
o Types, circuit analysis
and truth table
§ Applications of sequential circuits
o Shift registers (types and
Fundamentals of Computer 20CS11T.pdf
This document contains theory notes for the subject "Fundamentals of Computers" being taught in the 1st semester at Vidya Vikas Polytechnic. It includes details of the course code, credits, teaching scheme, course outcomes and assessment. The content covers topics such as number systems, logic gates, Boolean algebra, logic circuits, computer concepts, computer organization, operating systems and computer programming. Sample problems are provided for converting between different number systems like binary, decimal, octal and hexadecimal.
Elements of Industrial Automation Week 09 Notes.pdf
Select a suitable Sensor / Switch for a given Process Variable and activate
• Selection of Sensor/Transducer – 10 Marks
• Activation and Result –20Marks
OR
Select a suitable motor for the given case and energize
• Selection of the Motor – 10 Marks
• Energize and Result – 20 Marks
Device and Simulate a ladder diagram for the given Case Study
• Writing Ladder Program –30 Marks
• Simulate and Troubleshoot –20 Marks
Elements of Industrial Automation Week 08 Notes.pdf
Select a suitable Sensor / Switch for a given Process Variable and activate
• Selection of Sensor/Transducer – 10 Marks
• Activation and Result –20Marks
OR
Select a suitable motor for the given case and energize
• Selection of the Motor – 10 Marks
• Energize and Result – 20 Marks
Device and Simulate a ladder diagram for the given Case Study
• Writing Ladder Program –30 Marks
• Simulate and Troubleshoot –20 Marks
Elements of Industrial Automation Week 07 Notes.pdf
Select a suitable Sensor / Switch for a given Process Variable and activate
• Selection of Sensor/Transducer – 10 Marks
• Activation and Result –20Marks
OR
Select a suitable motor for the given case and energize
• Selection of the Motor – 10 Marks
• Energize and Result – 20 Marks
Device and Simulate a ladder diagram for the given Case Study
• Writing Ladder Program –30 Marks
• Simulate and Troubleshoot –20 Marks
Elements of Industrial Automation Week 06 Notes.pdf
Select a suitable Sensor / Switch for a given Process Variable and activate
• Selection of Sensor/Transducer – 10 Marks
• Activation and Result –20Marks
OR
Select a suitable motor for the given case and energize
• Selection of the Motor – 10 Marks
• Energize and Result – 20 Marks
Device and Simulate a ladder diagram for the given Case Study
• Writing Ladder Program –30 Marks
• Simulate and Troubleshoot –20 Marks
Elements of Industrial Automation Week 05 Notes.pdf
Select a suitable Sensor / Switch for a given Process Variable and activate
• Selection of Sensor/Transducer – 10 Marks
• Activation and Result –20Marks
OR
Select a suitable motor for the given case and energize
• Selection of the Motor – 10 Marks
• Energize and Result – 20 Marks
Device and Simulate a ladder diagram for the given Case Study
• Writing Ladder Program –30 Marks
• Simulate and Troubleshoot –20 Marks
Elements of Industrial Automation Week 04 Notes.pdf
Select a suitable Sensor / Switch for a given Process Variable and activate
• Selection of Sensor/Transducer – 10 Marks
• Activation and Result –20Marks
OR
Select a suitable motor for the given case and energize
• Selection of the Motor – 10 Marks
• Energize and Result – 20 Marks
Device and Simulate a ladder diagram for the given Case Study
• Writing Ladder Program –30 Marks
• Simulate and Troubleshoot –20 Marks
Elements of Industrial Automation Week 03 Notes.pdf
Select a suitable Sensor / Switch for a given Process Variable and activate
• Selection of Sensor/Transducer – 10 Marks
• Activation and Result –20Marks
OR
Select a suitable motor for the given case and energize
• Selection of the Motor – 10 Marks
• Energize and Result – 20 Marks
Device and Simulate a ladder diagram for the given Case Study
• Writing Ladder Program –30 Marks
• Simulate and Troubleshoot –20 Marks
Elements of Industrial Automation Week 02 Notes.pdf
Select a suitable Sensor / Switch for a given Process Variable and activate
• Selection of Sensor/Transducer – 10 Marks
• Activation and Result –20Marks
OR
Select a suitable motor for the given case and energize
• Selection of the Motor – 10 Marks
• Energize and Result – 20 Marks
Device and Simulate a ladder diagram for the given Case Study
• Writing Ladder Program –30 Marks
• Simulate and Troubleshoot –20 Marks
Elements of Industrial Automation Week 01 Notes.pdf
This document provides information on elements of industrial automation taught in a course at Vidya Vikas Polytechnic. It includes:
1. An overview of the need for industrial automation, benefits, and basic components.
2. Details on the automation hierarchy, from device to enterprise levels, and descriptions of common components like sensors, motors, and PLCs.
3. The course content which involves tutorials, practical sessions, and programming covering topics like PLC programming, embedded systems, distributed control systems, and SCADA.
Automation and Robotics Week 08 Theory Notes 20ME51I.pdf
Day 01 Session:
Concepts of Industrial Robots, Applications of Robotics, Types of robots,
Configurations of robots – Articulated Robot, Polar configuration, SCARA,
Cartesian Co-ordinate Robot, Delta Robot, Key Components of Robot.
Day 02 Session:
Wrist configuration, Work Volume Degree of Freedom- Forward and Back, Up and Down, Left and Right,
Pitch, Yaw, Roll, Joint Notation & Type of joints in robot- Linear Joint (L Joint), Orthogonal Joint (O Joint),
Rotational Joint (R Joint), Twisting Joint (T Joint), Revolving Joint (V Joint)
End Effectors- Grippers, Tools, Types of grippers, Factors to be considered for Selecting a Gripper,
Robotic Drives- Electric Drive, Pneumatic Drive, Hydraulic Drive
Day 03 Session:
Robot Control systems-
• Point- to Point control Systems
• Continuous Path Control
• Intelligent control
• Controller Components
• System Control
Robotic Coordinate system using a robot
• Joint co-ordinate system
• Rectangular co-ordinate system
• User or object coordinate system
• Tool coordinate system.
Steps to define user co-ordinate system.
• Defining X, Y, Z co-ordinate system
• Verifying co-ordinate system by multiple motion movements.
Automation and Robotics Week 07 Theory Notes 20ME51I.pdf
Lab Work on PLC Automation simulations Problems
Automation and Robotics Solved Problems as per DTE C 20 Syllabus
Automation and Robotics Week 06 Theory Notes 20ME51I.pdf
Lab Work on PLC Automation simulations Problems
Automation and Robotics Solved Problems as per DTE C 20 Syllabus
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