Advanced Application of Composites

advanced-application-of-composites

Syllabus

Faculty: Dr. Srikanta Moharana

Course Name :
Advanced Application of Composites

Code(Credit) : ABC01(1-1-0)

Course Description

This course introduces fundamental concepts and application of composite materials . This course is divided into 7 modules of advanced application of composites
Type of course:
Certificate Course: (Theory + Practice)
Eligibility: 12th/ Diploma
Prerequisite: Knowledge of Composite Materials
Duration of the course:
Theory: 1 hour per week (Total: 21 Classes)
Practical: 50 hours (Practice is to be done in campus)
Key highlights:
Faculty name: Dr. Shraban Kumar Sahoo
Participants will get certificate from university after successful completion of the course.

Course Objectives

• To provide knowledge of the advantages of using application of composites
• To make the students familiar with the application of composites
• To make them aware the manufacturing techniques and application of composites

Learning Outcomes

Students will understand and appreciate the significance of the composites as an important class of materials
• Students will be well equipped to design and develop composites for specialized applications
• They will be able to predict the appropriate advanced application for different classes of composites.

Course Syllabus

Module I
Definitions, Composites, Reinforcements, Matrices, Types of reinforcements, Types of Matrices, Resin materials, Properties of composites in comparison with standard materials, Application of Composites.
Practice 1: Preparation of polymer composite using solution casting techniques
Practice 2: Preparation of different polymer blends using BIOVIA materials studio
Practice 3: Preparation and characterization of Epoxy based Composite using Hand Layup method
Module II
Advanced Composite Materials for food packaging, Cosmetic and Coating Applications
Module III
Composite Materials for Catalytic, Agriculture and Environmental Applications
Practice 4: Synthesis of Graphene oxide by Modified Hummer’s technique
Practice 5: Preparation of Carbon quantum dots
Practice 6: Preparation of Silver (Ag) Nanoparticles
Module IV
Functional Composite Materials in stretchable electronics, Light Emitting Diode (LED), Automotive and transport industries
Practice 7: Determination of tensile strength of composite materials
Practice 8: Determination of relative Dielectric constant for a composite material
Module V
Advanced Composite Materials for Opto-electronic, Energy Storage and Solar Energy Applications
Practice 9: Determination of crystal structure for a given ceramic material by X-ray diffraction analysis
Module VI
Composite materials for Aerospace sectors, 3D Printing and industrial applications
Module VII
Composite Materials in Medical, Sensors and Super capacitor Applications