• Q : Engine and garage management....
    Mechanical Engineering :

    With a neat diagram and describe the importance of detonation and position sensor.

  • Q : Automobile trouble shooting and maintenance....
    Mechanical Engineering :

    Describe the common troubles in the transmission system and write down all the appropriate remedies.

  • Q : Basics of automobile....
    Mechanical Engineering :

    With neat sketch describe the working of synchromesh gear box and Multi-plate clutch.

  • Q : Architectural and civil drawings....
    Mechanical Engineering :

    What are the hierarchy of visual weightage for different forms and elements in the architecture?

  • Q : Cad software with architectural appliances....
    Mechanical Engineering :

    Describe about the Dimensioning concepts, Editing texts, Style overrides and the Geometric tolerances.

  • Q : Deriving expression relating impulse and linear momentum....
    Mechanical Engineering :

    Derive the expression relating impulse and linear momentum. In the safety test, a car of mass 1000 kg is driven into a brick wall. Its bumper behaves like a spring (k= 5×106Nm−1) and is

  • Q : Drawing circuit by using cascade system....
    Mechanical Engineering :

    Design and draw a circuit by using cascade system to operate two cylinders A and B which, on the operation of a start valve, produces the sequence A – B + B – A+.

  • Q : Orthographic views of machine....
    Mechanical Engineering :

    The orthographic views of a machine bracket are shown in figure below. Draw isometric view from such views and dimension them.

  • Q : Sectional view-engineering drawing....
    Mechanical Engineering :

    Given figure illustrated below shows the top-view and front of a cylinder, cut by a Sections-plane V.T. Show its Sectional-Top-View.

  • Q : Technical documentation of construction work....
    Mechanical Engineering :

    There is a proposal for constructing a small dam across a rain-fed river to make water available for irrigation. A reconnaissance survey has been completed. Make a feasibility report for constructin

  • Q : Manufacturing process-lathe machine....
    Mechanical Engineering :

    Categorize milling machines and list them accordingly. How milling operation distinct from turning operation on lathe?

  • Q : Applied fluid mechanics....
    Mechanical Engineering :

    2-D & 3-D Simulations of the flow around a circular cylinder normal to the flow direction using FLUENT.

  • Q : Determining distribution of shear force....
    Mechanical Engineering :

    Determine distribution of shear force, bending moment and stress due to bending in the simply supported beam shown in the figure below, the beam self-weight is included in the uniformly distributed

  • Q : Computing overall stresses and maximum moment....
    Mechanical Engineering :

    The self-weight of the beam itself might be neglected when computing the maximum moment.

  • Q : Finding overall cycle efficiency....
    Mechanical Engineering :

    Supposing that a 20 MW simple cycle gas turbine with a firing temperature of 1600 K develop an analysis of a combined cycle.

  • Q : Designing for a water treatment plant....
    Mechanical Engineering :

    Design for a water treatment plant taking 15MLD of water from a lake at 750mAOD, passing it via settlement tanks on to pressure sand filters, and from there into a chlorine contact tank to TR60 of 3

  • Q : Ball of a trailer hitch....
    Mechanical Engineering :

    The ball of a trailer hitch is subjected to a force F. If failure takes place when the moment of F about point A reaches 11250 in lb, find out the largest value F

  • Q : Calculating velocity-shear stress distribution of the pipe....
    Mechanical Engineering :

    An incompressible, isothermal power law fluid is driven down a pipe of radius R and length L by an applied pressure gradient ∂P/∂z (a known negative value). Assume the flow is axisymmetric

  • Q : Computing the probable wall thickness of the tank....
    Mechanical Engineering :

    The tank failed catastrophically creating a tidal wave of oil which sent nearly 4,000,000 gallons of diesel fuel into the Monongahela River causing a major environmental problem. "A small, uncemente

  • Q : Applied aerodynamics incompressible flow....
    Mechanical Engineering :

    A pressurized water tank is used as a source of water for a fire hose. The pressure of the air in the top of the tank  is 20 atm (gauge).

  • Q : Finding out velocity of bullet....
    Mechanical Engineering :

    he angle through which the wires supporting the block rotate as a result of the impact is measured and determined to be 7 degrees. What is bullet’s velocity.

  • Q : Explaining h-enrichment mesh refinement and flow stress....
    Mechanical Engineering :

    Mesh refinement techniques need to estimate the local error for the techniques to be able update the mesh. What are some of the common error indicators used in mesh refinement? Explain H-enrichment

  • Q : Defining engineering business functions....
    Mechanical Engineering :

    Define engineering business functionsoutline the inter-relationships between the different processes and functions of an engineering organisation.

  • Q : Fem mode-fem software....
    Mechanical Engineering :

    Data used to confirm FEM results. These can be any combination of experimental and theoretical information.

  • Q : Hexagonal cross-section....
    Mechanical Engineering :

    An aluminium alloy strut has the hollow regular hexagonal cross-section with side 50 mm each, and a constant thickness 2.5 mm all round along its length, see figure below.

©TutorsGlobe All rights reserved 2022-2023.