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Quick Facts

Medium Of Instructions	Mode Of Learning	Mode Of Delivery
English	Self Study, Virtual Classroom	Video and Text Based

Course Overview

The Modeling and Simulation in Solid and Fluid Mechanics -I certification course is a short 1-week course that is launched by the Applied Mechanics DepartmentMotilal Nehru National Institute of Technology-Allahabad along with ARK Infosolutions Pvt Ltd. The course is designed to educate engineers, scientists, students, and teachers who want to have a strong base in the topics of fluid, and solid mechanics.

The Modeling and Simulation in Solid and Fluid Mechanics -I training is even circulated among the participants in a recorded format. All the mechanics training lectures plus the laboratory sessions are conducted in a planned collaboration with the working engineers in the fields of fluid, and solid mechanics of the FSI. The sooner the course ends, the students get their hands on the certification of appreciation.

The Highlights

5 days duration
Fully online course
2 online lectures
1 lab session
A short term programme
Certificate of completion

Programme Offerings

1 Week Course
2 Online Sessions
Quiz
1 Lab Session
Certificate of Appreciation

Courses and Certificate Fees

Certificate Availability	Certificate Providing Authority
yes	MNNIT Allahabad

The Modeling and Simulation in Solid and Fluid Mechanics -I certification fee depends on the type of student. The registration fee for U.G. students is Rs. 236, for P.G. students it is Rs. 590, for Ph.D. students, it is Rs. 1180, for faculty members is Rs. 2360, and for industry members it is Rs. 5900.

Modeling and Simulation in Solid and Fluid Mechanics -I Fee Structure

Description	Amount in INR
Programme Fee, U.G. Students	Rs. 236
Programme Fee, P.G. Students	Rs. 590
Programme Fee, Ph.D. Students	Rs. 1,180
Programme Fee, Faculty members	Rs. 2,360
Programme Fee, Industry/Others	Rs. 5,900

Eligibility Criteria

Certification Qualifying Details

Once the course lectures get over, and the students get around 75% or more in the end quiz, they are allowed to seek Modeling and Simulation in Solid and Fluid Mechanics -I certification by MNIT, Jaipur.

What you will learn

Knowledge of engineering

The Modeling and Simulation in Solid and Fluid Mechanics -I certification syllabus will teach the different concepts involved in solid, and fluid mechanics to its students. Moreover, every individual will also save costs and efforts that are usually incurred on the experimental system on a real-time basis.

Who it is for

Scientist

The course is ideal for researchers, fluid mechanics faculty, engineers working in government or private institutions, scientists, and students in the field of chemical engineering, mechanical engineering, and civil engineers.

Admission Details

To get admission to the Modeling and Simulation in Solid and Fluid Mechanics -I classes, the students may follow the steps:

Step 1: Land on the URL: https://forms.gle/Qow6Xp6nMvWGYS2r5.

Step 2: Next fill in the google form, along with the fee receipt details, and submit it online.

Step 3: As soon as the submission is acknowledged, the admission is confirmed.

The Syllabus

Necessity
Current scenario
Future Prospects
About the scope of the course.

Basics of SCDM
Geometrical Modeling
Geometry Cleanup & Repair Lecture with a demonstration over ANSYS Software.

Introduction to Meshing
Mesh Methods
Global Mesh Controls
Local Mesh Controls with a demonstration over ANSYS software.

Introduction to FEM: Introduction of FEM, Static Structural, 1d Analysis, SFD BMD with demonstration over ANSYS Mechanical software.
Static Structural Analysis:1-D,2-D,3-D analysis, Modal Analysis: Plate with a hole, Eigenvalue Buckling: Buckling of Columns with a demonstration over ANSYS Mechanical software.
Thermal Analysis, Remote Boundary Conditions, Static Structural: Analysis of shaft and bearing, Parameter Management with demonstration over ANSYS Mechanical software

Introduction to CFD: Fluid Flow & Heat Transfer in Mixing Tee, Introduction to FLUENT GUI, Cell Zone & Boundary Conditions: flow around a sphere with demonstration over ANSYS CFD software.
Solver settings, Turbulence Modelling, Flow-through porous media with demonstration over ANSYS CFD software including turbulent flow past backward step, CFD Post.
External Aerodynamics, Electronics Cooling with demonstration over ANSYS CFD software Flow through Porous media, Flow Around vehicle and electronics cooling.

1-way structural FSI (Fluid-Solid Interaction) (for a flow probe), 1-way Thermal stress Analysis (T-junction).
2-way FSI (for a Hyperelastic Flap with Dynamic Remeshing), 2-way Thermal FSI (for an Exhaust Manifold).