Wire and Arc Additive Manufacturing (WAAM) is one of the fastest additive manufacturing techniques in terms of deposition volume, making
… Continue reading Wire & Arc Additive Manufacturing for Construction Industry
The development of additive manufacturing processes and the available materials have been driven by different application sectors. The construction industry
… Continue reading Additive Manufacturing Techniques for Construction Industry
Numerical simulations play a crucial role in predicting the mechanical behavior of materials and structures by enabling the analysis of
… Continue reading Finite Element Model to Predict the Behaviour of Bi-Metallic Steel Parts
A primary goal of the ConstructAdd project is to promote resource-efficient construction, with feedstock recycling being a key approach to
… Continue reading Recycled Feed Stock Material for Steel Additive Manufacturing
Hybrid manufacturing, i.e., depositing additively manufactured (AM) steel onto rolled steel components, can enhance construction by combining the precision and
… Continue reading Hybrid Additive Manufacturing of Steel Components
Porosity in additively manufactured metallic components poses a significant risk to the mechanical behavior of fabricated components. In our recent
… Continue reading Near Full Density Hybrid (Rolled/LMD) Steel Components for Construction Steel
Team #ConstructAdd visited Cimolai SpA’s industrial facilities in Pordenone during the 5th coordination meeting to explore opportunities for expanding
… Continue reading Visit to Cimolai SpA Facilities
Our PhD candidate, Saber Zolfaghari, is presenting his research on a novel 3D-printed joint connector for tubular and I-beam sections
… Continue reading 5th Coordination Meeting of ConstructAdd, held in Pordenone, Italy.