Marcus Edstorp

M Edstorp (2006) Weld Pool Simulations; Formation and detection of weld defects related to solidification and cooling Presented at the conference Numerical Analysis of Weldability 2006 [Poster Presentations]

Abstract: Our prime objective is to understand why and when weld defects appear, and invoke this experience when designing high performance welding sequences. We are mainly interested in defects related to the solidification and cooling of fusion welds, and it is therefore necessary to perform experiments and measurements on joints produced using such fusion processes, and also to simulate the liquid weld pool that is established during the welding sequence. In this poster session we present some details of the model upon which these simulations are based.

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Journal articles

2011	M Edstorp, A Heralic (2011) Finite Element Simulation of Fluid Flow during Laser Metal Wire Deposition Submitted to Applied Mathematical Modelling Abstract: Notes:
Conference papers

2011	M Edstorp (2011) NUMERICAL SIMULATION OF HEAT TRANSFER AND FLUID FLOW DURING LASER METAL WIRE DEPOSITION In: accepted for publication in the proceedings of ICALEO11 Abstract: Notes:
2009	M Edstorp (2009) An Investigation of Mesh Moving Methods for Simulating the Deformation of Incompressible Fluid Bodies In: Proceedings of the COMSOL conference 2009 Abstract: Notes:
	M Edstorp, C Charles (2009) A Finite Element Methodology for Simulating the Influence of Process Parameters on the Phase Transitions in a GTA weld In: Proceedings of the Fifteenth International Conference on the Joining of Materials Abstract: Notes: Published in the proceedings of the Fifteenth International Conference on the Joining of Materials
2008	M Edstorp (2008) A Simplifed Finite Element Formulation for Spray Transfer GMA Weld Pools In: Progress in Industrial Mathematics at ECMI 2006 Edited by:, L L Bonilla, M Moscoso, G Platero, J M Vega. 822-826 Springer Abstract: Notes:
2006	M Edstorp (2006) A Comparison Between Moving Mesh Implementations for Metal Deposition Simulations In: Proceedings of the Nordic Comsol Conference 107-110 Lyngby, Copenhagen, Denmark: Abstract: Notes:
2005	M Edstorp, K Eriksson (2005) Modelling and Simulation of Moving Boundaries and Convective Heat Transfer in Non-Autogenous Fusion Weld Pools using FEMLAB 3.1 In: Proceedings of the FEMLAB CONFERENCE 2005 Edited by:J Yström. 85-90 Abstract: Notes:
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Masters theses

2003	M Edstorp (2003) A dislocation based technique for the simulation of the fatigue growth of initiated microcracks University of Gothenburg/Chalmers University of Technology, Department of Mathematics Abstract: Notes:
Poster Presentations

2008	M Edstorp (2008) Weld Pool and Welding Arc Simulations Poster presented at the 22nd International Conference on Surface Modification Technologies 22 [Poster Presentations] Abstract: Notes:
2006	M Edstorp (2006) Weld Pool Simulations; Formation and detection of weld defects related to solidification and cooling Presented at the conference Numerical Analysis of Weldability 2006 [Poster Presentations] Abstract: Our prime objective is to understand why and when weld defects appear, and invoke this experience when designing high performance welding sequences. We are mainly interested in defects related to the solidification and cooling of fusion welds, and it is therefore necessary to perform experiments and measurements on joints produced using such fusion processes, and also to simulate the liquid weld pool that is established during the welding sequence. In this poster session we present some details of the model upon which these simulations are based. Notes:
Licentiate Thesis

2008	M Edstorp (2008) Weld Pool Simulations Chalmers University of Technology and University of Gothenburg, Department of Mathematical Sciences, NO 2008:19, ISSN 1652-9715 [Licentiate Thesis] Abstract: Notes:

Journal articles

Conference papers

Masters theses

Poster Presentations

Licentiate Thesis