Items where Author is "Starinieri, Vincenzo"

ABUBAKRI, Shahriar, MANGAT, Pritpal, GRIGORIADIS, Konstantinos and STARINIERI, Vincenzo (2024). Pore properties and moisture loss of repair mortars under low-impact microwave curing. International Journal of Building Pathology and Adaptation. [Article]

O'FLAHERTY, Fin, KHALAF, Faraj and STARINIERI, Vincenzo (2023). Influence of additives on strength enhancement and greenhouse gas emissions of pre-cast lime-based construction products. Low-carbon Materials and Green Construction, 1 (1): 26. [Article]

MANGAT, Pal, ABUBAKRI, Shahriar, GRIGORIADIS, Konstantinos and STARINIERI, Vincenzo (2021). Hydration and microwave curing temperature interactions of repair mortars. Recent Progress in Materials, 3 (4). [Article]

O'FLAHERTY, Fin, KHALAF, Faraj and STARINIERI, Vincenzo (2020). Development of lime based, load-bearing materials for wall construction. Proceedings of International Structural Engineering and Construction, 7 (1), MAT-21. [Article]

OTERO, Jorge, CHAROLA, Elena and STARINIERI, Vincenzo (2020). Preliminary investigations of compatible nanolime treatments on Indiana limestone and weathered marble stone. International Journal of Architectural Heritage. [Article]

STARINIERI, Vincenzo, ILLINGWORTH, James M and HUGHES, David C (2019). Use of supplementary aggregates in mortars produced using a novel lime drying technique. Proceedings of the Institution of Civil Engineers - Construction Materials, 172 (6), 305-313. [Article]

OTERO, Jorge, STARINIERI, Vincenzo, CHAROLA, A.E. and TAGLIERI, Giuliana (2019). Influence of different types of solvent on the effectiveness of nanolime treatments on highly porous mortar substrates. Construction and Building Materials, 230, p. 117112. [Article]

STARINIERI, Vincenzo, OTERO, Jorge and CHAROLA, Elena (2019). Sticky rice - nanolime as a consolidation treatment for lime mortars. Journal of Materials Science. [Article]

OTERO, Jorge, STARINIERI, Vincenzo and CHAROLA, AE (2019). Influence of substrate pore structure and nanolime particle size on the effectiveness of nanolime treatments. Construction and Building Materials, 209, 701-708. [Article]

O'FLAHERTY, Fin, KHALAF, Faraj Jabber and STARINIERI, Vincenzo (2019). Influence of nanomaterials on properties of lime and hemp/lime composites for energy efficient wall design. Advances in building energy research. [Article]

O'FLAHERTY, Fin, LAMBERT, Paul, MANGAT, Pal and STARINIERI, Vincenzo (2019). Correction to: Determination of transfer stress from ruptured pre-load galvanised tendons in tanks and bund walls. Materials and Structures, 52 (1). [Article]

OTERO, Jorge, STARINIERI, Vincenzo and CHAROLA, A. Elena (2018). Nanolime for the consolidation of lime mortars: a comparison of three available products. Construction and Building Materials, 181, 394-407. [Article]

TAGLIERI, Giuliana, OTERO, Jorge, DANIELE, Valeria, GIOIA, Gianluca, MACERA, Ludovico, STARINIERI, Vincenzo and CAROLA, Asuncion Elena (2018). The biocalcarenite stone of Agrigento (Italy): Preliminary investigations of compatible nanolime treatments. Journal of Cultural Heritage, 30. [Article]

O'FLAHERTY, Fin, LAMBERT, Paul, MANGAT, Pal and STARINIERI, Vincenzo (2017). Determination of transfer stress from ruptured pre-load galvanised tendons in tanks and bund walls. Materials and structures, 50 (5), p. 228. [Article]

OTERO, Jorge, CHAROLA, A. Elena, GRISSOM, Carol A. and STARINIERI, Vincenzo (2017). An overview of nanolime as a consolidation method for calcareous substrates. Ge-conservación, 1 (11), 71-78. [Article]

HUGHES, D.C., ILLINGWORTH, J.M. and STARINIERI, Vincenzo (2015). Low energy pre-blended mortars: Part 2 – Production and characterisation of mortars using a novel lime drying technique. Construction and Building Materials, 101 (1), 710-720. [Article]

STARINIERI, Vincenzo, HUGHES, David and WILK, Dariusz (2015). Influence of substrate and sand characteristics on Roman cement mortar performance. Construction and Building Materials (91), 274-287. [Article]

HUGHES, David C and STARINIERI, Vincenzo (2014). Formulating mortars for use in restoration practice. ZKG International, 2, 48-53. [Article]

STARINIERI, Vincenzo, PAPAYIANNI, I. and STEFANIDOU, M. (2008). Study of materials and technology of ancient floor mosaics’ substrate. Conservar Património, 7, 19-24. [Article]

HUGHES, David, WEBER, Johannes, STARINIERI, Vincenzo, PINTER, Farkas, GOSSELIN, Christophe, FELDMAN, Steven and PESCE, Cecilia (2019). European natural cements - their key technical properties under standardised conditions. In: ALVAREZ, Jose Ignacio, FERNANDEZ, Jose Maria, NAVARRO, Inigo, DURAN, Adrian and SIRERA, Rafael, (eds.) Proceedings pro130 : 5th historic mortars conference. RILEM Publications SARL, 833-847. [Book Section]

HUGHES, D. C., SWANN, S, GARDNER, A. and STARINIERI, Vincenzo (2012). The history, use and analysis of Roman cements. In: BROCKLEBANK, Ian, (ed.) Building limes in conservation. Shaftsbury, Donhead publishing, 107-130. [Book Section]

MACCHIAROLA, M., AYSHEH, A., RUFFINI, M.S. and STARINIERI, Vincenzo (2007). Archaeometric study of glass tesserae from the floor mosaics of the Domus dei Coiedii in Suasa, Ancona, Italy. In: AISCOM, Contributions to the XII Conference of the Italian Association for the Study and Conservation of Mosaics. Tivoli, AISCOM, 555-564. [Book Section]