Publikasjoner
- The Integration of Neural Network and High Throughput Multi-Scale Simulation for Establishing a Digital Twin for Aluminium Billet DC-Casting
- Towards Formulation of AlSi10Mg Alloy from Incinerator Bottom Ash
- Use of Incinerator Bottom Ash (IBA) in Aluminium Recycling
- Semi-solid Constitutive Parameters and Failure Behavior of a Cast AA7050 Alloy
- Experimental Study and Numerical Analysis of Cracking During DC Casting of Large Dimension 7075 Aluminium Billets
- The effect of heating power on impurity formation and transport during the holding phase in a Bridgman furnace for directional solidification of multi-crystalline silicon
- SPH based modelling of oxide and oxide film formation in gravity die castings
- Modelling of micro- and macrosegregation for industrial multicomponent aluminium alloys
- Tensile properties and hot-tearing tendencies of 3xxx alloys
- Macrosegregation modelling of DC-casting including grain motion and surface exudation
Annen formidling
- Bilen din gjenfødes som telysholdere. Den burde heller bli en ny bil
- Transforming ideas into reality: exploring the power of numerical modelling & simulation tools for material and process development
- Effect of recycled Al in Al-Si foundry alloys
- Formulation of AlSi10MnMg with IBA Al – effect on microstructure and properties
- Formulation of AlSi10MnMg foundry alloy from IBA Al
- Effect of IBA Al in Al foundry alloys
- The integration of neural network and high throughput multi-scale simulation for establishing a digital twin for Aluminium billet DC-casting
- Use of Incinerator Bottom Ash (IBA) in Aluminium Recycling
- Towards formulation of AlSi10Mg alloy from Incinerator Bottom Ash
- Parameterization of solidification paths of multi-component aluminium alloys for multi-scale casting simulation