Deutsches Museum München
The "Deutsches Museum" in Munich is recreating the permanent exhibition about chemistry. To showcase the new concept a first part of the upcomming exibition was set up and shown to the public. My part in this project was, to create 3D-animations that make it easier to understand how polymers are chaining up to form long molecules.
Screenshots
Polymerisation: Start of the reaction
Polymerization: Ethylen breaks the double bound
Polymerization: Etyhlen turns into PE-molecules
Polymerization: Different visual model to represent Ethylen and Polyethylen
Polymerization: Forming chains
Polymerization: Comparison between two models of visual representation
Polymerization: Etylen molecule
Polyaddition: Hexamethylene diisocyanate and Butanediol
Polyaddition: In the middle of the transformation
Polyaddition: PU-molecules
Polyaddition: Simple puzzle model
Polyaddition: Comparison of both visual models
Polyaddition: Hexamethylene diisocyanate and Butanediol
Polycondensation: Terephthalic acid and Glycol
Polycondensation: Process of transformation
Polycondensation: Forming molecule chains
Polycondensation: Puzzle model
Polycondensation: Transformation
Polycondensation: PET-molecule in a simple visual model
Polycondensation: Comparison between visual models
Polycondensation: Terephthalic acid and Glycol
Documentation
The interesting part about this animation is the combination of the ball-and-stick model with the skeletal formula. This made it possible to show the how valence electrons move and how the transformations runs in detail.
One of the main ideas of the style of the animation was, to get as a close look into the details and giving the animation a bit of action. The camera movement should look organic and fluid the overall style should reflect the scientific seriousness.
Location
Foto: Deutsches Museum
Foto: Deutsches Museum
Foto: Deutsches Museum
Plan of the museum
On the way to the exhibition
Museum is located on a little island surrounded by water
Main entrance of the museum
Formulas and Styles
One of the first tests to get some idea of the look and feel
Shiny molecule, one directional light
Flat rendered molecule
Brighter background, depth of field
Chemical reaction
Chemical reaction
Chemical reaction
Chemical reaction
Chemical reaction