Lecture Unit 1: the materials of engineering

Mike Ashby | University of Cambridge | 2021

Lecture Unit 2: Material property charts

Mike Ashby | University of Cambridge | 2021

Lecture Unit 3: The Elements

Mike Ashby | University of Cambridge | 2021

Lecture Unit 4: Manipulating properties

Mike Ashby and Hugh Shercliff | University of Cambridge | 2021

Lecture Unit 5: Designing new materials

Mike Ashby | University of Cambridge | 2021

Lecture Unit 6: The Materials Science and Engineering Package

Mike Ashby | University of Cambridge | 2021

Lecture Unit 7: Material Selection

Mike Ashby | University of Cambridge | 2021

Lecture Unit 8: Objectives in conflict

Mike Ashby | University of Cambridge | 2021

Lecture Unit 9: Materials and shape

Mike Ashby | University of Cambridge | 2021

Lecture Unit 10: Manufacturing processes and cost modeling

Mike Ashby | University of Cambridge | 2021

Lecture Unit 11: Eco-informed material selection

Mike Ashby | University of Cambridge | 2021

Lecture Unit 12: Eco design and the Eco Audit tool

Mike Ashby | University of Cambridge | 2021

Lecture Unit: Advanced Databases

Mike Ashby | University of Cambridge | 2021

Lecture Unit: Architecture and the built environment

Mike Ashby, John Fernandez | University of Cambridge, MIT | 2021

Lecture Unit: Materials for Bioengineering

Mike Ashby | University of Cambridge | 2021

Lecture Unit: The Medical Devices Database

Mike Ashby | University of Cambridge | 2021

Lecture Unit: Materials for low carbon power

Mike Ashby | University of Cambridge | 2021

Lecture Unit: Materials in Industrial Design

Mike Ashby | University of Cambridge | 2021

Lecture Unit: the Design database for products

Mike Ashby | University of Cambridge | 2021

Lecture Unit: the Aerospace Edition

Mike Ashby, Arlindo Silva | University of Cambridge, Ansys Granta | 2021

Lecture Unit: The Polymer edition

Mike Ashby | University of Cambridge | 2021

Lecture Unit: Structural sections

Mike Ashby | University of Cambridge | 2021

Lecture Unit: The Synthesizer tool

Mike Ashby | University of Cambridge | 2021

Lecture Unit: What is a Sustainable development

Mike Ashby | University of Cambridge | 2021

Lecture Unit: Granta Selector in Research

Mike Ashby | University of Cambridge | 2021

Lecture Unit 1: The materials of engineering

Mike Ashby | Granta Design | 2020

Lecture Unit 2: Material property charts

Mike Ashby | Granta Design | 2020

Lecture Unit 3: The Elements

Mike Ashby | Granta Design | 2020

Lecture Unit 4: Manipulating properties

Mike Ashby | Granta Design | 2020

Lecture Unit 5: Designing new materials

Mike Ashby | Granta Design | 2020

Lecture Unit 6: The Materials Science and Engineering Package

Mike Ashby | Granta Design | 2020

Lecture Unit 7: Material Selection

Mike Ashby | Granta Design | 2020

Lecture Unit 8: Objectives in conflict

Mike Ashby | Granta Design | 2020

Lecture Unit 9: Materials and shape

Mike Ashby | Granta Design | 2020

Lecture Unit 10: Manufacturing processes and cost modeling

Mike Ashby | Granta Design | 2020

Lecture Unit 11: Eco-informed material selection

Mike Ashby | Granta Design | 2020

Lecture Unit 12: Eco design and the Eco Audit tool

Mike Ashby | Granta Design | 2020

Lecture Unit: Advanced Databases

Mike Ashby | Granta Design | 2020

Lecture Unit: Architecture and the built environment

Mike Ashby and J. Fernandez | Granta Design, MIT | 2020

Lecture Unit: Materials for Bioengineering

Mike Ashby | Granta Design | 2020

Lecture Unit: Materials for low carbon power

Mike Ashby | Granta Design | 2020

Lecture Unit: Materials in Industrial Design

Mike Ashby | Granta Design | 2020

Lecture Unit: The Aerospace edition

Mike Ashby, Arlindo Silva | Granta Design | 2020

Lecture Unit: The Polymer edition

Mike Ashby | Granta Design | 2020

Lecture Unit: Structural sections

Mike Ashby | Granta Design | 2020

Lecture Unit: The Synthesizer tool

Mike Ashby | Granta Design | 2020

Lecture Unit: What is a Sustainable development

Mike Ashby | Granta Design | 2020

Advanced Industrial Case Study: Biomedical Waste: Health vs Environment

Claes Fredriksson and Harriet Parnell | Ansys Granta

Case Study: Teaching with a Chainsaw

Claes Fredriksson, Markus Dumschat | Ansys Granta, Ravensburg-Weingarten University of Applied Sciences

Advanced Industrial Case Study: Selection and Sustainability of High-Temperature Aerospace Materials (Lecture notes)

Claes Fredriksson | Luca Masi | Ansys Granta

Case Study Unit: Materials for a Tablet Device

Claes Fredriksson and Luca Petruccelli

Case Study Unit: Truck Trailer Lightweighting

Granta Design | Granta Design

Case Study Unit: Automotive Door Panels

Claes Fredriksson, Nicolas Martin | Granta Design

Case Study Unit: Water Containers and Plastic Waste

Claes Fredriksson | Granta Design

Case Study Unit: Biomaterials Selection for a Joint Replacement

Claes Fredriksson, Harriet Parnell and Lakshana Mohee | Granta Design

Case Study Unit: Stainless Steels

Claes Fredriksson and Harriet Parnell | Granta Design

Case Study Unit: The Built Environment - Materials and Sustainability of Buildings

Claes Fredriksson and Bridget Ogwezi | Granta Design

Case Study Unit: Electric Cars - Sustainability and Eco Design

Claes Fredriksson | Granta Design

Case Study Unit: Material Properties and Structural Sections

Claes Fredriksson and David Mercier | ANSYS Granta

Advanced Industrial Case Study: Railway Lightweighting

Claes Fredriksson and Susannah Cooke | Ansys Granta

Presentation: Selecting Production Processes - it helps if you know a bit more

Erik Tempelman | Delft University of Technology

Presentation: Using CES EduPack for Tackling Problems Beyond the Textbook

Alexander Wanner | Karlsruhe Institute of Technology

Contributed Lecture: Materials for Turbochargers

Dr John Robertson-Begg | University of Derby

Presentation: Materials Selection Projects for Product Design in its Life Cycle

Javier Orozco | Universidad Politecnica de Valencia