Centre of Excellence

Centre of Excellence [CoE]

CSIT  has established four Centers of Excellence in association with the reputed multinational companies- namely BOSCH, Parker-Hannifin, Onward Technologies and E-Splendid.  CSIT is the on various modules  and only private Engineering College in Chhattisgarh to open Center of Excellences. The COEs have been established with intentions to connect the studentes with latest industrial technologies, and to bridge the academic gaps in the syllabus.

The Centers offers training on various modules to the students of CSIT and also to the students of other collges. The trainers are specially trained by the companies to imbibe the requisite technical-expertise in the trainees. On the successful completion of the  training on any module, the trainees are provided certificates by the company, which proves to be a valuable asset. More details about the Center of Excellence can be found below:

Parker Hannifin

CSIT-Durg and  PARKER HANNIFIN INDIA P LTD (Mumbai) have entered in to a memorandum of understanding to set up a Centre of Excellence (CoE) with the industry & institute participation, to drive awareness and training on Hydraulic systems (Fluid power technology).
In this Centre of Excellence, the trainees / students are provided with extensive training in Hydraulic systems and hands-on laboratory work on hydraulic equipments supplied by Parker.The successful trainees get an upper edge and an added advantage to enter into industries.
Upon completion of training course, all participants are provided with a Certificate from Parker
Parker Hannifin is a “Fortune500 company”based in USA. Parker is global leader in motion and control technologies and has engineered the success of its customers by offering a range of high quality hydraulic & pneumatic components.
Objectives:
After completing the course student shall be able to-

  • understand basics of  Hydraulics
  • understand pneumatic machines and their components .
  • explain the functionality of pneumatic machines their operations.
  • operate the  pneumatic machine.

Course:

[Seven days. 6 to 7 hrs of class-room & practical training per day]       
Introduction to Hydraulic systems, Hydraulic transmission of Force & Energy, Hydraulic Cylinder, Rotary positive displacement, Hydraulic Fluid & its properties, Viscosity considerations, Hydraulic Power Pack, Components used in hydraulics : Pumps, Valves etc, How pressure is developed in a hydraulic system ?, Hydraulic Cylinder…construction & types, Hydraulic Motor…a rotary actuator, Balanced Vane pump working, Gear Pump…construction & types, Piston Pump…construction & types, Gerotor pump working, Pumps…calculation of Power & efficiency


Control of Hydraulic Energy, Pressure control valve, Directional Control valve, Check valve, Pilot operated check, Pilot operation in DC valves, Solenoid and its operation for DC valve actuation, Electro hydraulic Directional valves, Symbols used in hydraulic circuit, Pressure Relief valve, Counterbalance valve, Sequence valve, Unloading valve, Pressure control valve symbols & associated terms, Flow control valve…orifice, Gate valve


Control of Actuator speed, Proportional control valve, Servo control valve, Accumulator & Intensifier use & function in hydraulic circuit, Hydraulic circuits…what it is ?, Meter-in & Meter-out circuit, Regenerative circuit, Flow divider circuit, Sequence operation circuit, Unloading circuit, Circuit involving hydraulic motor & control of its speed, Hydraulic press circuit
Coordinator:
Rajat Agrawal
Assistant Professor (Department of Mechatronics Engg.)
Contact info:- Mo. 8966000042
Mail:- sudeeppradhan [at] csitdurg.in

Onward technologies Ltd.

CSIT has signed MOU to establish Centre Of Excellence with Onward technologies limited, Pune. Onward technologies is a leading global player in Mechanical Engineering design. It helps global organizations address their engineering needs and challenges through a wide range of engineering design solutions and services. In this centre of excellence students get training of basic and industrial modules of ANSYS design software. The objective of this centre excellence is to make students placement ready for leading global organisations in mechanical engineering design. The Training Module is divided into two categories: Basic and Advanced. The Centre is has expertise in the ANSYS software.
Course Objectives:-
After completing the course student shall be able to -

  • Understand and read basic and industrial drawings.
  • develop the model of the drawing using the cad tools (SpaceClaim)
  • analyse the basic structural problems.
  • generate the result and draw conclusions.

Courses
BASIC FEA (5 Days)
The BASIC FEA shall cover the following topics:

Introduction to the Finite Element Method, General Steps of the Finite Element Method, Explanation of 1D, 2D and 3D Elements, Need of FEM, Enlisting different FEM methods and detailed explanation of any one, Derivation of stiffness matrix equation, Steady State Heat Transfer, Dynamic Analysis

Day # Description of Topics
1

Finite Element Methods: Basic philosophy of the method, general steps (pre-processing, processing, post-processing), basic elements, nodes, boundary conditions, plane-stress, plane strain, axisymmetric solids (3 hours)

ANSYS elements for 1-D, 2-D an 3-D, plate & shell elements – merits & applications (1 hour)

h- & p-refinement methods, Patch tests, Validation methods with examples in ANSYS MAPDL (2 hours)

FEA of dynamic problems with example (beams, trusses/frames etc.) (2 hours)

2

ANSYS APDL Examples with Meshing Features (2-D):

(a) 2-D truss structure (1.5 hours)

(b) Column buckling (1.5 hours)

(c) Stress concentration (plate with central hole) Effect of grid refinement near the hole (1 hour)

(d) Thermal stress problem (1 hour)

ANSYS WORKBENCH
(a) ANSYS Design Modeler: Modeling of various solids Gearbox (3 hours)

3

ANSYS WORKBENCH more Meshing features (3-D):

(a) 3-D wall bracket (1.5 hours)
(b) Column buckling (1.5 hours)
(c) Stress concentration (plate with central hole) (1.5 hours)
(d) Thermal stress problem in 3-D (1.5 hours)
(e) A Multiphysics problem (2 hours)

4 ANSYS APDL/WORKBENCH
(a) Modal analysis: 1-D beams (1 hour)
(b) Natural frequency of a Gearbox (2 hours)
(c) Compact disc modal analysis (2 hours)
(d) Vibration of a steel wire (mode shapes) (1 hour)
(e) Two-storey building (2 hours)
5 Fundamentals of structural dynamics: (2 hours)
 Lumped Mass Model
 Consistent Mass Model

Harmonic Response Analysis of Two-storey building (2 hours)

BASIC CFD (5 Days)
The BASIC CFD course shall cover the following topics as review:
Review of fundamental concepts – continuum, control volume, Eulerian and Lagrangianmethods of description of fluid flow; Integral and differential formsof continuity, momentum, and energy equations.Navier-Stokes equations and boundary conditions;
Introduction to turbulent flow, timeaveraged turbulent flow equations, Reynolds stresses, boundary layer equations, boundaryconditions, eddy viscosity, mixing length hypothesis.
Basic description of numerical methods in fluid flow and heat transfer phenomenon starting with Finite Difference Method to Finite Volume Methods.

Day # Description of Topics
1 Fluid properties: Density, Viscosity, pressure, compressibility
Fluid Motion: Inviscid, Potential flow, Bernoulli’s equation
Viscous fluid motion: Lagrangian and Eulerian description, Conservation laws for mass, momentum, and energy
Navier-Stokes Equations: Inertial forces, Convection-diffusion problems
ANSYS elements for 1-D, 2-D an 3-D, plate & shell elements – merits & applications
Basics of CFD: Numerical methods – FDM, and FVM.
Convergence, stability, numerical diffusion
2 Pipe/channel flow
Backward step flow
Lid-driven cavity
Lid-driven cavity with thermal boundary conditions
3 Flow past cylinder – meshing techniques
Flow past symmetric airfoil – lift and drag
Flow past asymmetric airfoil –lift and drag
Flow past 2-D car
4 Mixing flows in Tee-joint pipes
Flow past heated tube banks
Furnace heating with conduction, convection and radiation
5 A simple Fluid-Structure interaction example
Oil-water flow in pipes (free surface flow)
Three-dimensional modeling and meshing: Extracting fluid volume (cavity method) with example
Sloshing of liquids in Tanks

Faculty In-Charge
Sudeep Kumar Pradhan
Assistant Professor (Department of Mechanical Engg.)
Contact info:- Mo. 9770401378
Mail:- sudeeppradhan [at] csitdurg.in

BOSCH, India

CSIT has established the Centre of Excellence in Automotive Technologies in collaboration with Bosch. This initiative bridges the gap between industry and academia by incorporating global industrial practices and technologies into the academic curriculum. This Centre is an initiative to prepare engineering graduates to meet current industry demands for the global challenges in Automobile sector. The Centre has equipments, training kits, hardware, and teaching aids with excellent faculty trained by Bosch. The laboratory is equipped with Auto Electrical system, Vehicle diagnosis system, Vehicle air-conditioning and maintenance equipment. This Centre of Excellence gives students the opportunity to validate their knowledge and skills at a professional level with certification. These trainings will enhance the competency levels of the students for better employability.
Objective:

  • To help and bridge the gap between formal education in automation and the demand of Industry
  • To cover basics as well as advanced automobile maintenance concepts to promote entrepreneurship and skilled professionals.
  • To provide both engineering concepts, interaction with experts and hands-on exercises in three modules

Modules:

  • Basic course on Diesel fuel Injection Systems
  • Auto electrical systems (Starter , Alternator & Batteries)
  • Vehicle Air-conditioning System and Functions

Faculty In-charge:
Nishant Kumar Shukla
Assistant Professor (Department of Mechanical Engineering)
Contact info: Mo. 8966000064
Mail: nishantshukla@csitdurg,in

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