ME8493 Question Bank Thermal Engineering 1

ME8493 Question Bank Thermal Engineering 1 Regulation 2017 Anna University free download. Thermal Engineering 1 Question Bank ME8493 pdf free download.

Sample ME8493 Question Bank Thermal Engineering 1:

1.
Define Air Standard Efficiency.
BT-1
Remembering ME8493 Question Bank Thermal Engineering 1
2.
Draw Brayton cycle in TS and PV planes.
BT-3
Applying
3.
Complete the Otto cycle process by its P-V and T-S planes and name all the processes.
BT-3
Applying
4.
What are the assumptions made in Air Standard Cycles?
BT-1
Remembering
5.
Write down the major differences between Otto and Diesel Cycle.
BT-2
Understanding
6.
Define mean Effective Pressure. Show that on p-v diagram.
BT-2
Understanding ME8493 Question Bank Thermal Engineering 1
7.
When compression ratio is kept constant, what is the effect of cut-off ratio on the efficiency of diesel cycle?
BT-3
Applying
8.
In an Otto cycle, compression ratio is 9. Estimate the air standard cycle efficiency.
BT-5
Evaluating ME8493 Question Bank Thermal Engineering 1
9.
Derive expression for mean effective pressure for diesel cycle?
BT-4
Analysing
10.
Point out the Diesel cycle on P-V and T-S planes and mention the four thermodynamic processes involved.
BT-3
Applying
11.
Consider a Diesel engine has a compression ratio of 14 and cut-off takes place at 6% of the stroke. Find the air standard efficiency.
BT-5
Evaluating ME8493 Question Bank Thermal Engineering 1
12.
Define Mean Effective Pressure?
BT-1
Remembering
13.
Describe with neat sketches of p-v and T-s dual cycle?
BT-3
Applying ME8493 Question Bank Thermal Engineering 1
14.
Name the factors that affect the air standard efficiency of diesel cycle.
BT-1
Remembering
15.
Define the terms compression ratio and cut-off ratio.
BT-1
Remembering
16.
Predict the effect of cut-off ratio on the efficiency of diesel cycle when the compression ratio is kept constant?
BT-2
Understanding ME8493 Question Bank Thermal Engineering 1
17.
For the same compression ratio and heat supplied, Identify the order of decreasing air standard efficiency of Otto, Diesel and Dual cycles.
BT-1
Remembering
18.
Express the Brayton cycle (Limited pressure cycle) on P-V and T-S planes and mention the various processes.
BT-2
Understanding
19.
A Carnot cycle works between the temperatures 300K and 700K. Calculate the maximum work possible per Kg of air.
BT-3
Applying ME8493 Question Bank Thermal Engineering 1
20.
Compare diesel and Dual cycle.

 

Subject name	Thermal Engineering 1
Short Name	TE 1
Semester	4
Subject Code	ME8493
Regulation	2017 regulation

ME8493 Thermal Engineering 1 Question Bank Click Here To Download

ME8493 Thermal Engineering 1 Syllabus

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ME8493 Thermal Engineering 1 Question Paper

ME8492 Question Paper Kinematics Of Machinery

ME8492 Question Paper Kinematics Of Machinery Regulation 2017 Anna University free download. Kinematics Of Machinery Question Paper ME8492 pdf free download.

Sample Question from ME8492 Question Paper Kinematics Of Machinery:

1. A cam is to give the following motion to a knife edged follower: (a) Outstroke during 60° of cam rotation (ME8492 Question Paper Kinematics Of Machinery)
(b) Dwell for the next 45° of cam rotation
(c) Return stroke during next 90° of cam rotation and
(d) Dwell for the remaining of cam rotation ME8492 Question Paper Kinematics Of Machinery
The stroke of the follower is 40 mm and the minimum radius of the cam is 50 mm. The follower moves with uniform velocity during both the outstroke and return strokes. Draw the profile of the cam when (a) the axis of the follower passes through the axis of the cam shaft, and (b) the axis of the follower is offset by 20 mm from the axis of the cam shaft. (ME8492 Question Paper Kinematics Of Machinery)

2. Draw the profile of a cam operating a Knife-edged follower from the following data: (ME8492 Question Paper Kinematics Of Machinery)
(a) Follower to move outward through 40 mm during 60° of a cam rotation; (b) Follower to dwell for the next 45° (c) Follower to return its original position during next 90° (d)Follower to dwell for the rest of cam rotation. The displacement of the follower is to take place with simple harmonic motion during both the outward and return strokes. The least radius of the cam is 50mm. If the cam rotates at 300 r.p.m., determine the maximum velocity and acceleration of the follower during the outward stroke and return stroke. (16) (ME8492 Question Paper Kinematics Of Machinery)

3. A cam, with a minimum radius of 50 mm, rotating clockwise at a uniform speed, is required to giver a knife-edged follower the motion as described below: (a) To move outwards through 40 mm during 100° rotation of the cam; (b) to dwell for next 80° (c) To return to its starting position during next 90 ° and (d) To dwell for the rest period of revolution. Draw the profile of the cam (i) When the line of stroke of the follower passes through the centre of the cam shaft and (ii) When the line of stroke of the follower is to take place with Uniform acceleration and uniform retardation. Determine the maximum velocity and acceleration of the follower when the cam shaft rotates at 900 r.p.m. (16) (ME8492 Question Paper Kinematics Of Machinery)

Subject name	Kinematics Of Machinery
Short Name	KOM
Semester	4
Subject Code	ME8492
Regulation	2017 regulation

ME8492 Kinematics Of Machinery Question Paper Click Here To Download 

ME8492 Kinematics Of Machinery  Syllabus

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ME8492 Kinematics Of Machinery Question Bank

ME8492 Question Bank Kinematics Of Machinery

ME8492 Question Bank Kinematics Of Machinery Regulation 2017 Anna University free download. Kinematics Of Machinery Question Bank ME8492 pdf free download.

Sample ME8492 Question Bank Kinematics Of Machinery:

1. What is kinematic analysis?
2. What is displacement?
3. What is vector?
4. Write down the different types of motion.
5. What is Rectilinear motion? ME8492 Question Bank Kinematics Of Machinery
6. What is Curvilinear motion & Circular motion?
7. Define Kennedy’s theorem.
8. What is the difference between velocity and speed/
9. What are the different methods are used for finding the velocity?
10. Write the different types of graphical method.
11. What is configuration diagram? ME8492 Question Bank Kinematics Of Machinery
12. What is acceleration & deceleration?
13. What is centrode& space centrode?
14. What is meant by coincident points?
15. What is is angular velocity ratio theorem?
16. What are properties of instantaneous centre?
17. What is Body centrode?
18. What is Instantaneous axis?
19. What is axode? ME8492 Question Bank Kinematics Of Machinery
20. Write down the different types of Instantaneous centres.

1. The Crank of a slider crank mechanisms rotates clockwise at a Constant speed of 600 r.p.m. The crank is 125 mm and connecting rod is 500 mm long. Determine 1. Linear velocity and acceleration of the mid Point of the connecting rod, and 2. Angular velocity and angular acceleration of the connecting rod, at a crank angle of 45° from inner dead centre position.
2. In a four link mechanism, the dimensions of the links are AB=200 mm, BC=400mm, CD=450 mm and AD=600mm. At the instant when DAB=90°, the link AB has angular velocity of
36 rad/s in the clockwise direction. Determine (i) The velocity of point C, (ii) The velocity of point E on the link BC When BE =200 mm (iii) the angular velocities of links BC and CD, iv) acceleration of link of link BC. ME8492 Question Bank Kinematics Of Machinery

Subject name	Kinematics Of Machinery
Short Name	KOM
Semester	4
Subject Code	ME8492
Regulation	2017 regulation

ME8492 Kinematics Of Machinery Question Bank Click Here To Download 

ME8492 Kinematics Of Machinery  Syllabus

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ME8492 Kinematics Of Machinery Notes

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ME8492 Kinematics Of Machinery Question Paper

ME8491 Engineering Metallurgy Question Paper

ME8491 Engineering Metallurgy Question Paper Regulation 2017 Anna University free download. Engineering Metallurgy Question Paper ME8491 pdf free download.

Sample Question for ME8491 Engineering Metallurgy Question Paper:

1. What is the effect of chromium alloying element on the properties of steel?
2. What is cast iron?
3. What is HSLA? ME8491 Engineering Metallurgy Question Paper
4. What are advantages of alloy steels over plain carbon steels?
5. Discuss the general effects of alloying elements in steel.
6. Specify the effect of nickel on the properties of steel. ME8491 Engineering Metallurgy Question Paper
7. What advantages are derived by using a combination of nickel and chromium in steel?
8. What are the principal alloying elements in triple alloy steel?
9. How is silicon useful as an alloying element in steel?
10. For what purpose is tungsten used in steel? ME8491 Engineering Metallurgy Question Paper
11. What are stainless steels? Why are these steels stainless?
12. What type of stainless steels is referred to as ferritic stainless steels?
13. What are tool steels? Classify them.
14. List the bearing materials that are commonly used?
15. What is meant by precipitation hardening?
16. What is duralumin?
17. Give composition and applications of duralumin?
18. List at least four types of brasses used. ME8491 Engineering Metallurgy Question Paper
19. List some bronze alloys.
20. How can you classify tool steels?

1. Write short note on compositions and properties of the following stainless steels, ME8491 Engineering Metallurgy Question Paper
(a) Ferritic stainless steel
(b) Austenitic stainless steel
(c) Martensitic stainless steel
(d) Precipitation hardening stainless steel
2. State the types, compositions and properties of high speed steel.
3. Discuss Hadfield and Mar aging steels on the following lines
(a) Chemical composition
(b) Heat treatment
(c) Mechanical properties
(d) Applications
4. Explain the various methods to achieve high strength in HSLA steels.
5. Explain Bearing alloys. ME8491 Engineering Metallurgy Question Paper
6. Explain Tool steels.
7. Name different alloys of copper. Give its composition, properties and uses.
8. Explain Mar aging steels.
9. Explain Stainless steels, High speed steels.
10. Explain, bearing metals, Explain brasses

Subject name	Engineering Metallurgy
Short Name	Em
Semester	4
Subject Code	ME8491
Regulation	2017 regulation

ME8491 Engineering Metallurgy Question Paper Click Here To Download 

ME8491 Engineering Metallurgy Syllabus

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ME8491 Engineering Metallurgy Notes

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ME8491 Engineering Metallurgy Important Questions

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ME8491 Engineering Metallurgy Question Bank

ME8491 Engineering Metallurgy Question Bank

ME8491 Engineering Metallurgy Question Bank Regulation 2017 Anna University free download. Engineering Metallurgy Question Bank ME8491 pdf free download.

Sample Question for ME8491 Engineering Metallurgy Question Bank:

1. When will interstitial solid solution occur?
2. What is isomorphous?
3. How is plain carbon steels classified? Define an alloy?
4. Classify the alloys.
5. What are solid solutions? ME8491 Engineering Metallurgy Question Bank
6. Differentiate substitutional and interstitial solid solutions with examples.
7. What are intermediate phases?
8. Define the term phase.
9. What is an equilibrium phase diagram?
10. Define eutectic reactions? ME8491 Engineering Metallurgy Question Bank
11. Define peritectic reactions?
12. Define eutectoid reactions?
13. Define peritectoid reactions?
14. Distinguish eutectic and eutectoid transformations.
15. Distinguish peritectic and peritectoid transformations.
16. What are the uses of grey cast iron?
17. What are chilled cast irons? ME8491 Engineering Metallurgy Question Bank
18. Why nodular cast iron is called ductile cast iron?
19. What are the advantages of alloy steels over plain carbon steels?
20. What is the effect of additions of chromium on the characteristics of steel?

1. Name various methods of heat treatment of steel.
2. When the annealing process is preferred?
3. Define full annealing.
4. Define heat treatment. ME8491 Engineering Metallurgy Question Bank
5. What is martensite and for eutectoid steel in what temperature range it is generally formed?
6. What is the purpose of spheroidising annealing?
7. Define normalizing.
8. What is the purpose of normalizing?
9. What are the factors affecting the hardening process?
10. What is austempering process and what is the microstructure produced after austempering? ME8491 Engineering Metallurgy Question Bank
11. What is martempering process and what is the purpose of this treatment?
12. Distinguish between hardness and hardenability.
13. Define carburizing.
14. What are the three methods of carburizing commonly employed?
15. What is the purpose of flame hardening and induction hardening of steel?
16. Name the four different methods used for flame hardening.
17. what steels are commonly used for nitriding?
18. What is the process of nitriding?
19. Define cyaniding. ME8491 Engineering Metallurgy Question Bank
20. What is the process of carbonitriding?

 

Subject name	Engineering Metallurgy
Short Name	Em
Semester	4
Subject Code	ME8491
Regulation	2017 regulation

ME8491 Engineering Metallurgy Question Bank Click Here To Download 

ME8491 Engineering Metallurgy Syllabus

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ME8491 Engineering Metallurgy Notes

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ME8491 Engineering Metallurgy Important Questions

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ME8491 Engineering Metallurgy Question Paper

ME8451 Question Paper Manufacturing Technology 2

ME8451 Question Paper Manufacturing Technology 2 Regulation 2017 Anna University free download. Manufacturing Technology 2 Question Paper ME8451 pdf free download.

Sample Questions in ME8451 Question Paper Manufacturing Technology 2 :

1. What are the specifications of grinding wheel?
2. What is honing?
3. Narrate the working principle of abrasive jet machining.
4. What is gear hobbing? ME8451 Question Paper Manufacturing Technology 2
5. Define hardness of the grinding wheel.
6. Define lapping.
7. What is meant by “grade” and “structure” of a grinding wheel?
8. What are all the parameters that would affect the MRR in abrasive jet machining? ME8451 Question Paper Manufacturing Technology 2
9. Mention four important factors that influence the selection of grinding wheel.
10. What is roller burnishing process?
11. What is the need of truing and dressing operations in a grinding wheel?
12. List the advantages of honing?
13. State the abrasives used in manufacture of grinding wheels.
14. What are the different types of external grinders? ME8451 Question Paper Manufacturing Technology 2
15. What are the operations done in centre less grinders?
16. What are the work holding and supporting devices used in grinders ?
17. Why is the centre less grinders called specialized machine for Cylindrical parts? ME8451 Question Paper Manufacturing Technology 2
18. What are the different types of fine finishing process?
19. What are the various methods of shaping the gear blank?
20. What is broaching?

1. Explain the working mechanism of cylindrical and surface grinding.
2. a. Describe gear cutting by forming and shaping.
b. Give the specification of grinding wheel.
3. Explain the working principle and various methods of centreless grinding with a
neat sketch. ME8451 Question Paper Manufacturing Technology 2
4. Sketch and explain the three methods of external cylindrical centreless grinding.
5. What is meant dressing and truing of grinding wheel?
6. Explain the abrasive jet grinding with diagram.
7. How do you classify cylindrical grinders? What is the difference between “Plain and universal “cylindrical grinder?
8. a. Write short notes on gear shaping. (ME8451 Question Paper Manufacturing Technology 2)
b. List the advantages and disadvantages of gear shaping process.
9. a. Describe Honing process.
b. Explain gear hobbing process over other gear generation processes.
10. a. Briefly discuss about the different types of abrasives used in a grinding wheel. ME8451 Question Paper Manufacturing Technology 2
b. Describe the use of cutting fluids in grinding.

Subject name	Manufacturing Technology 2
Short Name	MT 2
Semester	4
Subject Code	ME8451
Regulation	2017 regulation

ME8451 Manufacturing Technology 2 Question Paper Click Here To Download 

ME8451 Manufacturing Technology 2 Syllabus

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ME8451 Manufacturing Technology 2 Notes

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ME8451 Manufacturing Technology 2 Important Questions

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ME8451 Manufacturing Technology 2 Question Bank

 

ME8451 Question Bank Manufacturing Technology 2

ME8451 Question Bank Manufacturing Technology 2 Regulation 2017 Anna University free download. Manufacturing Technology 2 Question Bank ME8451 pdf free download.

Sample ME8451 Question Bank Manufacturing Technology 2 :

1. Mention the differences between shaper and planer.
2. What are the differences between drilling and reaming? ME8451 Question Bank Manufacturing Technology 2
3. What are the differences between drilling and reaming?
4. Briefly describe the importance of quill mechanism.
5. List the types of sawing machines. ME8451 Question Bank Manufacturing Technology 2
6. Define the cutting speed, feed and machining time for drilling.
7. What is broaching.
8. What is the difference between up milling and down milling?
9. List four applications of broaching machines. ME8451 Question Bank Manufacturing Technology 2
10. How do you classify milling cutters?
11. What do you know about straight fluted drill and fluted drill?
12. What is meant by up milling and down milling?
13. State the differences between a vertical shaper and slotters.
14. Write the differences between drilling and tapping.
15. What is a shell mill? ME8451 Question Bank Manufacturing Technology 2
16. Mention the operations performed by a planner.
17. Why is sawing a commonly used process.
18. What is vertical milling machine?
19. What are the different operations performed in drilling machine?
20. How are the non-ferrous metals held in magnetic chuck?

1. a. Explain various milling cutters with neat sketches?
b. How will you cut the following types of surfaces on milling machines?
(i) Flat surfaces (ii)Slots and splines ME8451 Question Bank Manufacturing Technology 2
2. Discuss various hole making processes.
3. With a neat sketch explain the column and knee type milling machine and name its main parts.
4. a. Explain hacksaw and band saw with neat sketches.
b. Explain the different types of table drive and feed mechanisms in a planning machine . ME8451 Question Bank Manufacturing Technology 2
5. a. Discuss push and pull type broaching machines with neat sketches.
b. Write short notes on expanding hand reamers and adjustable machine reamers.

Subject name	Manufacturing Technology 2
Short Name	MT 2
Semester	4
Subject Code	ME8451
Regulation	2017 regulation

ME8451 Manufacturing Technology 2 Question Bank Click Here To Download 

ME8451 Manufacturing Technology 2 Syllabus

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ME8451 Manufacturing Technology 2 Notes

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ME8451 Manufacturing Technology 2 Question Paper

 

Ma8452 Question Paper STATISTICS AND NUMERICAL METHODS

MA8452 Question Paper Statistics and Numerical Methods Regulation 2017 Anna University free download. Statistics and Numerical Methods Question Paper MA8452 pdf free download.

Sample MA8452 Question Paper Statistics and Numerical Methods: 

1.
State the order of convergence and condition for convergence of
Newton-Raphson method
BTL -1 Remembering
2. State the principle used in Gauss – Jordan method BTL -1 Remembering MA8452 Question Paper Statistics and Numerical Methods
3. State the error term of Newton Raphson method BTL -1 Remembering
4.
State the condition for the convergence of Gauss Seidel
iteration method for solving a system of linear equation
BTL -1 Remembering
5. Name two direct method to solve system of linear equations BTL -1 Remembering MA8452 Question Paper Statistics and Numerical Methods
6. What are the merits of Newton’s method of iterations BTL -1 Remembering
7.
Distinguish between Gauss elimination and Gauss-seidel
methods.
BTL -2 Understanding MA8452 Question Paper Statistics and Numerical Methods
8. Give an example of transcendental and algebraic equation? BTL -2 Understanding
9.
Explain why Gauss-Seidal method is better than Jacobi’siterative
method?
BTL -2 Understanding MA8452 Question Paper Statistics and Numerical Methods
10. Find the smallest positive root of x3 – 2x + 0.5 = 0 BTL -2 Understanding
11.
Find the real positive root of ???????? − ???????????? ???? − ???? = ???? by Newton’s
method correct to 6 decimal places
BTL -3 Applying MA8452 Question Paper Statistics and Numerical Methods
12.
Solve the following system of equations using Gauss-Jordan
elimination method ???????? + ???? = ????, ???? − ???????? = −????
BTL -3 Applying
13.
Find the dominant eigenvalue of the matrix ???????? ????
???? ????
???? by power
method
BTL -3 Applying MA8452 Question Paper Statistics and Numerical Methods
14.
Arrive a formula to find the value of √???? ????
where N ≠ 0, using
Newton-Raphson method
BTL -4
Analyzing
15. Drive the formula to find the value of ????????/????and 1/N where N ≠ 0,
using Newton Raphson method MA8452 Question Paper Statistics and Numerical Methods
BTL -4
Analyzing
16. Write down the difference between Gauss Seidel method, Gauss
Jordan method
BTL -4
Analyzing
17.
Evaluate Δ[x(x+1)(x+2)(x+3)] BTL -5
Evaluating MA8452 Question Paper Statistics and Numerical Methods
18.
Compare Gauss elimination and Gauss Jordan methods BTL -5 Evaluating
19.
What is the inverse of ???? = ???????? ????
???? ????
????by Gauss Jordan Method BTL -6 Creating
20. MA8452 Question Paper Statistics and Numerical Methods
Generate the iterative formula for Gauss-Seidel method?

Subject name	Statistics and Numerical Methods
Short Name	m4
Semester	4
Subject Code	MA8452
Regulation	2017 regulation

MA8452 Statistics and Numerical Methods Question Paper Click Here To Download

MA8452 Statistics and Numerical Methods Syllabus

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MA8452 Statistics and Numerical Methods Question Bank

Ma8452 Question Bank STATISTICS AND NUMERICAL METHODS

MA8452 Question Bank Statistics and Numerical Methods Regulation 2017 Anna University free download. Statistics and Numerical Methods Question Bank MA8452 pdf free download.

Sample MA8452 Question Bank Statistics and Numerical Methods: 

1. Define Type-I error and Type-II error? BTL -1 Remembering

2. Mention the various steps involved in testing of hypothesis BTL -1 Remembering

3. What are null and alternate hypothesis? BTL -1 Remembering

4. What is the essential difference between confidence limits and
tolerance limits? BTL -1 Remembering MA8452 Question Bank Statistics and Numerical Methods

5. What are the parameters and statistics in sampling BTL -1 Remembering

6. State level of significance. BTL -1 Remembering

7. Twenty people were attacked by a disease and only 18 were
survived. The hypothesis is set in such a way that the survival
rate is 85% if attacked by this disease. Will you reject the
hypothesis that it is more at 5% level.(????????.???????? = ????. ????????????)
BTL -2 Understanding MA8452 Question Bank Statistics and Numerical Methods

8. A random sample of 25 cups from a certain coffee dispensing
machine yields a mean x = 6.9 occurs per cup. Use 0.05 level of
significance to test, on the average, the machine dispense μ = 7.0
ounces against the null hypothesis that, on the average, the
machine dispenses μ < 7.0 ounces. Assume that the distribution
of ounces per cup is normal, and that the variance is the known
quantity ????2=0.01 ounces.
BTL -2 Understanding MA8452 Question Bank Statistics and Numerical Methods

9. In a large city A, 20 percent of a random sample of 900 school
boys had a slight physical defect. In another large city B, 18.5
percent of a random sample of 1600 school boys had some
defect. Is the difference between the proportions significant?
BTL -2 Understanding

10. A standard sample of 200 tins of coconut oil gave an average
weight of 4.95 kg with a standard deviation of 0.21 kg. Do we
accept that the net weight is 5 kg per tin at 5% level of
significance? MA8452 Question Bank Statistics and Numerical Methods

Subject name	Statistics and Numerical Methods
Short Name	m4
Semester	4
Subject Code	MA8452
Regulation	2017 regulation

MA8452 Statistics and Numerical Methods Question Bank Click Here To Download

MA8452 Statistics and Numerical Methods Syllabus

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MA8452 Statistics and Numerical Methods Notes

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MA8452 Statistics and Numerical Methods Question Paper

CE8395 Question paper Strength of Materials for Mechanical Engineers

CE8395 Question Paper Strength of Materials for Mechanical Engineers Regulation 2017 Anna University free download. Strength of Materials for Mechanical Engineers Question Paper CE8395 pdf free download.

Sample Questions from CE8395 Question Paper Strength of Materials for Mechanical Engineers:

1. State the condition for the use of Macaulay’s method.
2. What is the maximum deflection in a simply supported beam subjected to uniformly
distributed load over the entire span?
3. What is crippling load? Give the effective length of columns when both ends hinged and
when both ends fixed. CE8395 Question Paper Strength of Materials for Mechanical Engineers
4. Find the critical load of an Euler’s column having 4 m length, 50 mm x 100 mm cross section
and hinged at both the ends E = 200 kn/mm2.
5. Calculate the maximum deflection of a simply supported beam carrying a point load of 100 CE8395 Question Paper Strength of Materials for Mechanical Engineers CE8395 Question Paper Strength of Materials for Mechanical Engineers
KN at mid span. Span = 6 m, E= 20000 kn/m2.
6. A cantilever beam of spring 2 m is carrying a point load of 20 kn at its free end. Calculate the CE8395 Question Paper Strength of Materials for Mechanical Engineers
slope at the free end. Assume EI = 12 x 103 KNm2.
7. Calculate the effective length of a long column, whose actual length is 4 m when : a. Both CE8395 Question Paper Strength of Materials for Mechanical Engineers
ends are fixed b. One end fixed while the other end is free.
8. A cantilever is subjected to a point load W at the free end. What is the slope and deflection at
the free end?
9. What are the methods for finding out the slope and deflection at a section?
10. Why moment area method is more useful, when compared with double integration? CE8395 Question Paper Strength of Materials for Mechanical Engineers
11. Explain the Theorem for conjugate beam method?
12. What are the points to be worth for conjugate beam method?
13. What are the different modes of failures of a column?
14. Write down the Rankine formula for columns.
15. What is effective or equivalent length of column?
16. Define Slenderness Ratio.
17. Define the terms column and strut.
18. What are the advantages of Macaulay method over the double integration method, for finding
the slope and deflections of beams?
19. State the limitations of Euler’s formula
20. A cantilever beam of spring 4 m is carrying a point load of 2x103Nat its free end. Calculate CE8395 Question Paper Strength of Materials for Mechanical Engineers
the slope at the free end. Assume EI = 2X105N/mm2

 

Subject name	STRENGTH OF MATERIALS FOR MECHANICAL ENGINEERS
Short Name	SMM
Semester	4
Subject Code	CE8395
Regulation	2017 regulation

CE8395 Strength of Materials for Mechanical Engineers Question Paper Click Here To Download

CE8395  Strength of Materials for Mechanical Engineers Syllabus

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CE8395 Strength of Materials for Mechanical Engineers Notes

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CE8395 Strength of Materials for Mechanical Engineers Important Questions

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CE8395 Strength of Materials for Mechanical Engineers Question Bank