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Advanced Diploma in Polymer Physics
Learn about the theory and applications of Polymer technologies in manufacturing processes in this free online course.
Description
In this free Polymer Physics course, you are introduced to the world of Polymer technologies, where you will explore the universal features of polymers and the processes involved in polymeric-based technological systems. Calculations, demonstrations and assessment questions in this video-based course, are designed to provide you with a comprehensive foundation in the subject.
The course begins by introducing you to what Polymers are and the importance of studying this subject. You will then explore how Polymers are different from other molecular substances, covering topics such as: Random walk models, Polymer chains, Thermodynamics, Flory-Huggins theory, Brownian motions, Continuum mechanics and Rheology.
This course will be of interest to Physics and Chemical Engineering students, those interested in research in this area or those looking to enhance their career prospects in the industry. Start this free course today and learn more about polymeric-based technological systems.
Start Course NowModules
Polymers and Molecules
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Polymers and Molecules - Learning Outcomes
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Macro-molecules, Life and Molecular Flexibility
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Polymers, Polymerization and Polydispersity
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Motivation to Study Polymer Physics
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Random Walk Models of Single Chain I
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Random Walk Models of Single Chain II
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Polymers and Molecules - Lesson Summary
Models and Probability
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Models and Probability - Learning Outcomes
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Random Walk Models of Single Chain III
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Kratky Porod Model - Part 1
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Kratky Porod Model - Part 2
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Probability Density of an Ideal Chain: Part I
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Probability Density of an Ideal Chain - Part 2
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Models and Probability - Lesson Summary
Radius of Gyration
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Radius of Gyration - Learning Outcomes
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Bead-Spring Model
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Derivation of Diffusion Equation
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Definition of Radius of Gyration
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Radius of Gyration for an Ideal Chain
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Non-bonded Interactions
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Radius of Gyration - Lesson Summary
Fractal Nature of Polymers
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Fractal Nature of Polymers - Learning Outcomes
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Definition of Excluded Volume
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Virial Expansion
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Flory Theory for Bad Solvents
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Derivation of Fractal Dimension
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Gyration Tensor
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Fractal Nature of Polymers – Lesson summary
Structure of Polymer Chain
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Structure of Polymer Chain - Learning Outcomes
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Order-Disorder Transition
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Scattering Experiment and Function
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Monte Carlo Simulations
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Monte Carlo Algorithm
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Practical Aspects of Monte Carlo Simulation
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Structure of Polymer Chain – Lesson summary
Solution Thermodynamics
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Solution Thermodynamics - Learning Outcomes
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Molecular Dynamics Simulations
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Solution Thermodynamics – Part 1
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Solution Thermodynamics – Part 2
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Solution Thermodynamics – Part 3
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Solution Thermodynamics – Part 4
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Solution Thermodynamics – Lesson Summary
Lattice Model of Solutions
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Lattice Model of Solutions - Learning Outcomes
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Phase Separation Regime
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Lattice Model of Solutions – Part 1
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Lattice Model of Solutions – Part 2
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Phase Behavior of Liquid Solutions
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Lattice Models of Polymeric Systems
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Lattice Model of Solutions – Lesson Summary
Brownian Motion
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Brownian Motion - Learning Outcomes
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Brownian Motion – Part 1
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Brownian Motion – Part 2
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Brownian Motion – Part 3
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Brownian Motion – Part 4
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Brownian Motion – Part 5
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Brownian Motion – Lesson Summary
Rouse Model
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Rouse Model - Learning Outcomes
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Rouse Model - Part 1
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Rouse Model – Part 2
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Rouse Model - Part 3
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Rouse Model - Part 4
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Problems in Rouse Model
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Rouse Model – Lesson Summary
Continuum Mechanics
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Continuum Mechanics - Learning Outcomes
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Zimm Model – Part 1
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Zimm Model – Part 2
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Continuum Mechanics – Part 1
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Continuum Mechanics – Part 2
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Kuhn’s Theory of Rubber Elasticity
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Continuum Mechanics – Lesson Summary
Polymeric Systems
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Polymeric Systems - Learning Outcomes
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Elasticity of Polymer Network
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Microscopic Definition of Stress Tensor – Part 1
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Microscopic Definition of Stress Tensor – Part 2
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Models for Entangled Polymeric Systems – Part 1
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Models for Entangled Polymeric Systems – Part 2
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Polymeric Systems – Lesson Summary
Polymer Rheology
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Polymer Rheology - Learning Outcomes
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Rheology of Complex Fluids
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Rheometers and Rheological Tests – Part 1
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Rheometers and Rheological Tests – Part 2
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Maxwell Model – Part 1
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Maxwell Model – Part 2
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Polymer Rheology – Lesson Summary
Course assessment
Learning Outcomes
Having completed this course you will be able to:
- Discuss polymers, molecules and random walk models
- Explain the Kratky Porod model and the probability density of an ideal chain
- Summarise the Bead-Spring model, Einstein notation and the radius of gyration
- Describe the Flory theory, fractal nature of polymers and gyration tensor
- Demonstrate simulations of polymer chains and scattering experiments
- Present molecular dynamic simulations and solution thermodynamics
- Explain the lattice model of solutions and the phase behavior of liquid solutions
- Discuss time reversal symmetry, thermal motion and the fluctuation dissipation theorem
- Outline how the Rouse model is an extension or application of the Bead spring model
- Trace continuum mechanics and Kuhn’s theory of rubber elasticity
- Describe the elasticity of polymer networks and models for entangled polymeric systems
Certification
All Alison courses are free to enrol, study and complete. To successfully complete this Diploma course and become an Alison Graduate, you need to achieve 80% or higher in each course assessment. Once you have completed this Diploma course, you have the option to acquire an official Diploma, which is a great way to share your achievement with the world. Your Alison Diploma is:
Ideal for sharing with potential employers - include it in your CV, professional social media profiles and job applications
An indication of your commitment to continuously learn, upskill and achieve high results
An incentive for you to continue empowering yourself through lifelong learning
Alison offers 3 types of Diplomas for completed Diploma courses:
Digital Diploma - a downloadable Diploma in PDF format, immediately available to you when you complete your purchase
Diploma - a physical version of your officially branded and security-marked Diploma, posted to you with FREE shipping
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