BI-POLYNOMIAL FOURTH-ORDER WELD BEAD MODEL FOR IMPROVED MATERIAL UTILIZATION AND ACCURACY IN WIRE-ARC ADDITIVE MANUFACTURING: A CASE OF TRANSVERSE TWIN-WIRE WELDING

Bi-polynomial fourth-order weld bead model for improved material utilization and accuracy in wire-arc additive manufacturing: A case of transverse twin-wire welding

With the gradual evolution of metal additive manufacturing (AM) as a viable manufacturing option for realizing complex parts, the research focus has shifted from mere geometric realization to a higher material deposition rate without a significant loss of accuracy.This work aims to demonstrate the potential of traverse twin-wire welding to produce

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Physical and functional properties of agglomerated coconut sugar powder and honey powder using polyvinylpyrrolidone as a binder

It is difficult to develop instant coconut sugar and honey powders.Agglomeration could be Course a pied - Accessoires - Nutrition - Gels used to increase the instant properties (physical and functional properties).The objective of this study was to determine the physical and functional properties of coconut sugar powder and honey powder agglomerate

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