Materials (Basel, Switzerland)

[1] Investigation of Fused Alumina Based-Mold Facecoats for DZ22B Directionally Solidified Blades.

[2] Enhancement of Heat Transfer in PCM by Cellular Zn-Al Structure

[3] effect of sio2 concentration in silica sol on interface reaction during titanium alloy investment casting

[4] Surface enhancement of FDM patterns to be used in rapid investment casting for making medical implants

[5] Production of Aluminium Alloy Cylinder Head by Plaster Mold Investment Casting with Additive Manufacturing PS Pattern

[6] Formulations, development and characterization techniques of investment casting patterns

[7] Manufacture of Origami Pattern Crash Box Using Traditional Investment Casting Method

[8] Thermal Decomposition Studies of EPS Foam, Polyurethane Foam, and Epoxy Resin (SLA) as Patterns for Investment Casting; Analysis of Hydrogen Cyanide (HCN) from Thermal Degradation of Polyurethane Foam

[9] Physical simulation of investment casting for GTD-222 Ni-based superalloy processed by controlled cooling rates

[10] Optimization of Investment Casting IN718 Turbine Based on Numercial Simulation

[11] Numerical Simulation and Experimental Research on Investment Casting of WE43 Magnesium Alloy Housing Casting

[12] The Effect of Shell Thickness, Insulation and Casting Temperature on Defects Formation During Investment Casting of Ni-base Turbine Blades

[13] Process parameter effects on solidification behavior of the superalloy during investment casting

[14] Several Ways of Eliminating Shrinkage Porosities(Holes)in Investment Castings

[15] effect of sio2 concentration in silica sol on interface reaction during titanium alloy investment casting