MHD-Valdis




MHD-VALDIS RELATED PUBLICATIONS

MHD-Valdis Reference Manuel

MHD-VALDIS 2021 BROCHURE

FIRST ATTEMPT TO BREAK THE 10 KWH/KG BARRIER USING A WIDE CELL DESIGN (as published)
5.90 MEG

BREAKING THE 11 KWH PER KG BARRIER (as published)
8.38 MEG

DESIGNING CELLS FOR THE FUTURE -WIDER AND/OR EVEN HIGHER AMPERAGE?
480 KB

LOW ENERGY CONSUMPTION CELL DESIGNS INVOLVING COPPER INSERTS AND AN INNOVATIVE BUSBAR NETWORK LAYOUT
2.47 MEG

NEW BUSBAR NETWORK CONCEPTS TAKING ADVANTAGE OF COPPER COLLECTOR BARS TO REDUCE BUSBAR WEIGHT AND INCREASE CELL POWER EFFICIENCY
2.92 MEG

A NEW ALUMINIUM ELECTROLYSIS CELL BUSBAR NETWORK CONCEPT
2.81 MEG

NON-LINEAR STABILITY ANALYSIS OF CELLS HAVING DIFFERENT TYPES OF CATHODE SURFACE GEOMETRY
2.56 MEG

CELL STABILITY STUDIES USING THE MOST RECENT MHD-VALDIS CODE VERSION (as submitted)
1.17 MEG

INFLUENCE OF THE CATHODE SURFACE GEOMETRY ON THE METAL PAD CURRENT DENSITY
1.85 MEG

PRODUCTION APPLICATION STUDY ON MAGNETO-HYDRO-DYNAMIC STABILITY OF A LARGE PREBAKED ANODE ALUMINUM REDUCTION CELL
1.74 MEG

RETROFIT OF A 500 KA CELL DESIGN INTO A 600 KA CELL DESIGN

TIME DEPENDENT MHD MODELS FOR ALUMINIUM REDUCTION CELLS

SOLUTIONS FOR THE METAL-BATH INTERFACE IN ALUMINIUM ELECTROLYSIS CELLS

IMPACT OF THE VERTICAL POTSHELL DEFORMATION ON THE MHD CELL STABILITY BEHAVIOR OF A 500 KA ALUMINUM ELECTROLYSIS CELL

SHALLOW WATER MODEL FOR ALUMINIUM ELECTROLYSIS CELLS WITH VARIABLE TOP AND BOTTOM

COMPARING THE MHD CELL STABILITY OF AN ALUMINIUM REDUCTION CELL AT DIFFERENT METAL PAD HEIGHT AND LEDGE THICKNESS

BUSBAR SIZING MODELING TOOLS: COMPARING AN ANSYS® BASED 3D MODEL WITH THE VERSATILE 1D MODEL PART OF MHD-VALDIS

COMPARISON OF MHD MODELS FOR ALUMINIUM REDUCTION CELLS

MHD AND POTSHELL MECHANICAL DESIGN OF A 740 KA CELL

TIME DEPENDENT ELECTRIC, MAGNETIC AND HYDRODYNAMIC INTERACTION IN ALUMINIUM ELECTROLYSIS CELLS

IMPACT OF USING SELECTIVE COLLECTOR BAR RODDING ON THE MHD STABILITY OF A 500 KA ALUMINIUM ELECTROLYSIS CELL

WEAKLY COUPLED THERMO-ELECTRIC AND MHD MATHEMATICAL MODELS OF AN ALUMINIUM ELECTROLYSIS CELL

DEMONSTRATION THERMO_ELECTRIC AND MHD MATHEMATICAL MODELS OF A 500 kA ELECTROLYSIS CELL: PART 2

DEMONSTRATION THERMO_ELECTRIC AND MHD MATHEMATICAL MODELS OF A 500 kA ELECTROLYSIS CELL

MODELLING THE DYNAMICS OF ELECTROMAGNETICALLY AGITATED METALLURGICAL FLOWS: LEVITATION, COLD CRUCIBLE, ALUMINIUM ELECTROLYSIS, ETC.

NON-LINEAR WAVE MODELS FOR ALUMINIUM REDUCTION CELLS

THE SHALLOW WATER APPROXIMATION APPLIED TO THE ALUMINIUM ELECTROLYSIS PROCESS

NON-LINEAR WAVES WITH ELECTROMAGNETIC INTERACTION IN ALUMINIUM ELECTROLYSIS CELLS




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