The effect of constitutive description of PIM feedstock viscosity in numerical analysis of the powder injection moulding process.

Comparison of numerical codes for simulation of powder injection mouldimg.

Mould filling simulations during powder injection moulding.

Review numerical simulation of powder injection moulding.

Characterisation of the 316L powder injection moulding feedstock for the purpose of numerical simulation of the PIM process

Comparative study of different simulation programs for modelling of powder injection moulding.

Modelling of transient temperature fields during the filling stage of the powder injection moulding process.

Application of numerical simulation for studying of pressure development during powder injection moulding process.

Application of fully 3-D numerical simulation for studying of pressure development during powder injection moulding process.

Numerical simulation of the powder injection moulding process for optimisation of mould design and process parameters.

Characterisation of PIM feedstocks for computer simulation.

Fully 3D Numerical Simulation of the Powder Injection Moulding Process.

An example of numerical simulation of the powder injection moulding process.

Measurements of Viscosity of the BASF 316L PIM Feedstock and Fitting the Results to Carreau-Yasuda Viscosity Model.

Numerical simulation of the powder injection moulding process for optimisation of mould design and process parameters.

Modelling of transient temperature fields during the filling stage of the powder injection moulding process.

Numerical simulation of the powder injection moulding process.

Modelling of transient temperature field during the filling stage of the powder injection moulding process.

Numerical simulation of the powder injection moulding process for optimisation of mould design and process parameters.