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CDPMHM 2025

About Workshop

Composite materials have large scale commercial applications in marine applications, aerospace, automotive, boating, defense, sporting goods, infrastructure, energy storage, biomedical etc. In the recent years, the development of new and improved composites has caused unlimited product development opportunities. This workshop will cover three aspects of composites pertinent to aerospace:

  • Recent advancements in the design aspect of composites.
  • The processing and product development knowledge related to composites and finally.
  • The condition monitoring of composites.
The workshop will discuss various techniques for design and manufacturing of the composite materials. The subject matter intends to cover polymer matrix composites, metal matric composites and ceramic matrix composites for various engineering applications.

The design portion includes an explanation of the concepts involved in the detailed design analysis of composites, a sound explanation of the mechanics needed to translate concepts into a mathematical representation of the physical reality, and a detailed explanation of the solution of the resulting boundary value problems by using commercial Finite Element Analysis software such as ANSYS. Participants will be able to extend the capabilities of ANSYS by use of ANSYS Parametric Design Language (APDL). The participants will be equipped with manufacturing process and design analysis knowledge of composite materials. This course shall contain lecture and hands on sessions, which introduce basic manufacturing techniques for composite materials, mechanical testing of composites and their design through computer aidded engineering concepts.

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CDPMHM2025

Objective

The primary objectives of the course are as follows:

  • Introduction to Composite Materials: Basics and Fundamentals.
  • Manufacturing techniques for Polymer Matrix Composites, Metal Matrix Composites and Ceramic Matrix Composites.
  • Mechanics of Composite Materials.
  • Introduction to Finite Element Method for the design analysis of Composite materials.
  • Micro-macro mechanics based analysis using ANSYS and DIGIMAT software.
  • Condition monitoring of composites and application of machine learning.
  • Hands-on sessions on fabrication of composites.
  • Hands-on experience for mechanical testing of composites and related ASTM standards.
  • Hands-on experience for CAE based designing of composites using ANSYS and DIGIMAT software.
  • Hands-on experience with composite condition monitoring.

Target Audience

  • Engineers, researchers and scientists in academic institutions and research laboratories pursuing research in the field of materials and composites.
  • Student at all levels (ITI/Diploma/B.E./B.Tech./M.Sc./M.Tech./M.S./Ph.D.) or Faculty from Engineering Institutes / Colleges / Polytechnics.
  • Practicing Engineers from Industries and R&D Institutions.

CDPMHM 2025

Registration

CDPMHM2025

Important Dates

Opening Date

Opening of the submission of registration:

01-Nov-2024

Closing Date

Closing of registration:

31-March-2025

Registration Confirmation

Notification of confirmed registration:

20-April-2025

Workshop Date

Workshop Date:

16 June 2025 to 20 June 2025

Important Notice

Any change in the last date will be indicated on the website.Keep visiting the website

CDPMHM2025

Resource Persons

Dr Sunny Zafar

Associate Professor

SMME,IIT MAndi

Dr. Himanshu Pathak

Associate Professor

SMME,IIT MAndi

Dr. Subhamoy Sen

Associate Professor

SCENE,IIT MAndi

Prof. Rajeev Kumar

Professor

SMME,IIT MAndi

Dr. Prateek Saxena

Assistant Professor

SMME,IIT MAndi

Dr. Raj Kiran

Assistant Professor

SMME,IIT MAndi

About IIT Mandi

Nestled in the Sivalik Range of the Himalayas, away from the bustle of the metropolis, IIT Mandi stands tall as a pillar of excellence combining the beautiful location of Kamand with its technological prowess creating an institution where brilliant creative people come together to learn, work and play. A few hours before the Himalayan resort Kullu in Himachal Pradesh, IIT Mandi has been established with the vision to be a leader in science and technology education, knowledge creation and innovation, in an India marching towards a just, inclusive and sustainable society. IIT Mandi is a prominent institute among the eight new IITs started in 2008-2009 and is making strong strides to be among those which offer world class education. The main campus of IIT Mandi is situated at the forested hills of Kamand valley on the banks of the river Uhl, a tributary of river Beas. IIT Mandi is approximately 20 kilometers away from Mandi town. The usual travel route to Mandi is via Chandigarh from Delhi. The nearest airports to Mandi are Kullu (56 km), Dharamshalla (130 km) & Chandigarh (200 km).

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cdpmhm 2025

Places to visit
  • All
  • Near By Mandi
  • Near By Kullu
  • Others

Prasher Lake

The lake is located at an elevation of 2,730 m (8,960 ft) above sea level.

Baroat Valley

Barot is a small valley formed by the Uhl river at an elevation of 1819 metres (6000 ft) above sea level.

Khajjiar Lake

Khajjiar Lake is situated at a height of around 1,951 m above sea level

Rewalsar Lake

Rewalsar Lake is located at an elevation of about 1,360 metres (4,460 ft) above sea level

Palampur

Palampur is a hill station . It’s known for its tea gardens and situtated 1,256 m above sea level.

McLeod Ganj

It has an average elevation of 2,082 metres (6,831 feet). It is situated on the Dhauladhar Range,

Manikaran

Manikaran is a town located in the Parvati Valley on river Parvati.It is 17,60 meters (5775 ft) from sea .

Solang Valley

Solang Valley, is located at an altitude of 8,500 feet above sea level.

Dharamshala Cricket Stadium

The picturesque venue is unique in India as it is situated at an altitude of 1,457 m above sea level

Spiti Valley

The Spiti Valley in Himachal Pradesh, India is located at 14,000 ft (4,270 m) above sea level.

Bir

Bir is a rural village located in the west of Joginder Nagar Valley in the state of Himachal Pradesh in northern India.

Atal Tunnel

Atal Tunnel is a highway tunnel built under the Rohtang Pass.At a length of 9.02 km, it is the highest single-tube tunnel above 10,000 feet.

cdpmhm 2025

Committee

Patron

Prof. Laxmidhar Behera

Director, IIT Mandi


Organizing Committee

Dr. Sunny Zafar

SMME ,IIT Mandi

Dr. Himanshu Pathak

SMME ,IIT Mandi

Dr. Subhamoy Sen

SCENE ,IIT Mandi

Prof. Rajeev Kumar

SMME ,IIT Mandi

Dr. Vishal S Chauhan

SMME ,IIT Mandi

Dr. Rajesh Ghosh

SMME ,IIT Mandi

Dr. Mrityunjay R Doddamani

SMME ,IIT Mandi

Dr. Prateek Saxena

SMME ,IIT Mandi

Dr. Parmod Kumar

SMME ,IIT Mandi

Dr. Raj Kiran

SMME ,IIT Mandi

cdpmhm 2025

How to reach

By Road:

Mandi is well connected by road. One can reach Mandi by a 6 hour road journey from Chandigarh that is at distance of 200 km. Regular Volvo overnight bus service is also available from ISBT (Kashmiri Gate), New Delhi to Mandi. The journey takes 10-12 hours. Shimla, Pathankot, Dharamsala, Kullu and Manali are all connected to Mandi by road. Mandi is situated at the centre of Himachal Pradesh. All buses passing from north to south and from east to west in Himachal Pradesh touch Mandi.

By Air

The nearest airport is Bhuntar (Kullu) about 57 km from IIT Mandi Campus. Flights are available from New Delhi and Chandigarh (subject to weather conditions).

By Train

The nearest railway stations are Joginder Nagar and Shimla by narrow gauge train, Chandigarh and Kalka by broad gauge train which are connected by regular bus service to Mandi. From Pathankot the narrow-gauge railway connects Joginder Nagar, which is 55 km from Mandi via road.

cdpmhm 2025

Need Help? Contact Us

E-Mail:

cdpmhm2025@iitmandi.ac.in

Contact Persons:

Dr. Sunny Zafar and Dr. Himanshu Pathak

School of Mechanical & Materials Engineering

Indian Institute of Technology Mandi, Kamand, Mandi-175075, (Himachal Pradesh)