IES MECHANICAL SYLLABUS 2015
IES: INDIAN ENGINEERING SERVICE
ABOUT IES
Its paper-pen based based exam .IES exam is conducted of engineers in government sectors of defense, railways, roadways , telecommunication Many categories available for Examination just like,
- Electrical Engineering(EE)
- Civil Engineering (CE)
- Mechanical Engineering(ME)
- Electronics and Telecommunication Engineering (ETE)
PAPER 1 and PAPER 2
- THERMODYNAMICS:
- FLUID MECHANICS
- THEORY OF MACHINES
- HEAT TRANSFER AND REFRIGERATION AND AIRCONDITIONING
- MACHINE DESIGN
- STRENGTH OF MATERIALS
- FLUID MACHINERY AND STEAM GENERATORS
- ENGINEERING MATERIALS
- INDUSTRIAL ENGINEERING
- PRODYCTION ENGINEERING
- ELEMENTS OF COMPUTATION
- THERMODYNAMICS
open & close systems.
Heat and work.
thermodynamic
Gas power , standard vapour ,first and
second law
cycles and ic engines,
C-i and s.i.engines,
Availability, tds and
fuel injection
diesel-knock and supercharging.
- HEAT TRANSFER AND REFRIGERATION AND AIRCONDITIONING
Modes of heat transfer
composite slab
Refrigerants, heat pump and refrigeration cycles and systems
Equivalent resistance and b
Load calculations, solar effective temperature, controls and duct design
refrigeration cycles and systems.
- Fluid mechanics
Irrotational and incompressible
Inviscid flow
Flow over weirs and notches
Hydraulic jump and open channel flow,
Kinematics and dynamics, , oblique shock-wave
Properties and classification of fluids
Manometry
Divergent ducts , one-dimensional isentropic flow
- Fluid machinery and steam generators
hydraulic pump.
Power transmission, coupling and steam generators and fire-tube and energy transfer
Velocity diagrams, various type of steam and gas turbines
Partial admission, multistage compression, role of Mach number, efficiency, reheats, regeneration, governance
- Theory of machines
Cams
Gears and gear trains
Governors
Flywheels
Kinematic and dynamic analysis of planer mechanisms
Controls and critical speeds
Field balancing
critical speeds
Multicylinder engines and balancing
Design of friction drives : couplings and clutches , power screws , belt and chain drives.
Design of bearings : rolling element bearings and hydrodynamics bearings
Design of joints : cotters , splines , keys , threaded fasteners , welded joints , joints formed by interference fits
Design of power transmission systems : wire ropes , gears and gear drives shaft and axle
- Strength of materials
Beams: bending moment and shear force diagram and bending stresses and deflection of beams
Helical springs, torsion of shafts.
Shear stress distribution
Linear elastic materials, isotropy and anisotropy and thermal stresses and stress-strain relations , uniaxial loading
Struts and columns
Combined stresses
- Engineering materials
Crystalline materials.
Basic concepts on structure of solids..
common engineering materials.
Ceramics and composite materials.
common engineering materials.
Ceramics and composite materials.
Heat treatment of steels.
Alloys and binary phase diagrams
Detects in crystalline materials.
Detects in crystalline materials.
- Production engineering
Metal Casting: Die casting, investment casting, Centrifugal Casting, Shall Molding, Gating & Riser design; melting furnaces. Metal Forming: Basic Principles of forging, drawing and extrusion; Powder metallurgy; High energy rate forming.
Metal Cutting:, Processes, , Computer Controlled. cutting forces. Economics of Machining. Jigs and Fixtures.
Metal Cutting:, Processes, , Computer Controlled. cutting forces. Economics of Machining. Jigs and Fixtures.
- Industrial engineering
Linear programming
Transportation models
Value analysis for cost
Job standards,
Single server queuing model
Control operations
production planning and control
- Elements of computation
Computer organization
common computer languages elementary of programming
(Part 1: General English)
(Part 2: General Studies)
(Part 1: General English)
(Part 2: General Studies)
time:- 2 hrs
Max Marks:- 200
Subject:- Mechanical Engineering (ME) Paper 1
time:- 2 hrs.
Max Marks:- 200
Subject:- Mechanical Engineering (ME)Paper 2
time:- 2 hrs.
Max Marks:- 200
Section II-
Conventional Papers
Subject:- Mechanical Engineering(ME)Paper 1
time:- 3 hrs.
Max Marks:- 200
Subject:- Mechanical Engineering(ME)Paper 2
time:- 3 hrs
Maxi Marks:- 200
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