Management Team

Prof. Paulo B. Lourenço

General Coordinator

pbl@civil.uminho.pt

Prof. Miguel Azenha

Deputy Coordinator

miguel.azenha@civil.uminho.pt

Dr. João Pereira

Project Manager

jpereira@civil.uminho.pt

ESR1

Extending a microstructural simulation framework towards lime-based materials

Leading Institution: TU Delft

ESR2

From microstructural features to estimation of physical/mechanical properties at micro-scale and meso-scale (paste and mortar level) 

Leading Institution: TU Delft

ESR3

Lime-based mortars and plasters with added functionality: a biomimetic approach

Leading Institution: University of Granada

ESR4

New CO₂ capture solutions on lime-based mortars

Leading Institution: University of Granada

ESR5

Self-healing in lime based mortars

Leading Institution: Ghent University

ESR6

New possibilities of recycling and new admixtures in lime-based mortar

Leading Institution: Ghent University

ESR7

Fresh properties and early age behaviour of lime-based mixtures for masonry

Leading Institution: University of Minho

ESR8

Industry oriented experimental techniques for lime based materials and structures

Leading Institution: University of Minho

ESR9

Cradle-to-grave sustainability of novel lime-based materials

Leading Institution: Technische Universitat Darmstadt

ESR10

3D multi-scale structural characterization and long-term performance related to efflorescence

Leading Institution: Ghent University

ESR11

Thermo-physical and short term mechanical properties of lime-based mortars: upscaling from micro to macro scale

Leading Institution: University of Minho

ESR12

Bridging from micro to macro scale on durability and long term mechanical properties including irreversible expansion

Leading Institution: Politechnika Slaska

ESR13

Large scale testing & simulation - shrinkage & expansion

Leading Institution: University of Minho

ESR14

Behaviour of masonry made of lime-based mortars based on large scale testing & simulation – subsoil settlements & earthquake

Leading Institution: Politechnika Slaska

ESR15

Cradle-to-cradle sustainability of lime based constructions systems

Leading Institution: Technische Universitat Darmstadt

Management Team

ESR1

Extending a microstructural simulation framework towards lime-based materials

ESR2

From microstructural features to estimation of physical/mechanical properties at micro-scale and meso-scale (paste and mortar level)

ESR3

Lime-based mortars and plasters with added functionality: a biomimetic approach

ESR4

New CO₂ capture solutions on lime-based mortars

ESR5

Self-healing in lime based mortars

ESR6

New possibilities of recycling and new admixtures in lime-based mortar

ESR7

Fresh properties and early age behaviour of lime-based mixtures for masonry

ESR8

Industry oriented experimental techniques for lime based materials and structures

ESR9

Cradle-to-grave sustainability of novel lime-based materials

ESR10

3D multi-scale structural characterization and long-term performance related to efflorescence

ESR11

Thermo-physical and short term mechanical properties of lime-based mortars: upscaling from micro to macro scale

ESR12

Bridging from micro to macro scale on durability and long term mechanical properties including irreversible expansion

ESR13

Large scale testing & simulation - shrinkage & expansion

ESR14

Behaviour of masonry made of lime-based mortars based on large scale testing & simulation – subsoil settlements & earthquake

ESR15

Cradle-to-cradle sustainability of lime based constructions systems

SUblime

SUstainable Building Lime applications via Circular Economy and Biomimetic Approaches

Management Team

ESR1

Extending a microstructural simulation framework towards lime-based materials

ESR2

From microstructural features to estimation of physical/mechanical properties at micro-scale and meso-scale (paste and mortar level)

ESR3

Lime-based mortars and plasters with added functionality: a biomimetic approach

ESR4

New CO2 capture solutions on lime-based mortars

ESR5

Self-healing in lime based mortars

ESR6

New possibilities of recycling and new admixtures in lime-based mortar

ESR7

Fresh properties and early age behaviour of lime-based mixtures for masonry

ESR8

Industry oriented experimental techniques for lime based materials and structures

ESR9

Cradle-to-grave sustainability of novel lime-based materials

ESR10

3D multi-scale structural characterization and long-term performance related to efflorescence

ESR11

Thermo-physical and short term mechanical properties of lime-based mortars: upscaling from micro to macro scale

ESR12

Bridging from micro to macro scale on durability and long term mechanical properties including irreversible expansion

ESR13

Large scale testing & simulation - shrinkage & expansion

ESR14

Behaviour of masonry made of lime-based mortars based on large scale testing & simulation – subsoil settlements & earthquake

ESR15

Cradle-to-cradle sustainability of lime based constructions systems

SUblime

SUstainable Building Lime applications via Circular Economy and Biomimetic Approaches

From microstructural features to estimation of physical/mechanical properties at micro-scale and meso-scale (paste and mortar level) 

New CO₂ capture solutions on lime-based mortars