Magdalena Florczak

DOCC Documentation and Object Context Compilation

DOCC — Documentation and Object Context Compilation represents the current and canonical documentation and input-data module of the integrated IAS-DX framework for deep excavations. The framework consolidates and reorganises the technical content developed through the earlier KIB...

DOCC Documentation and Object Context Compilation

DOCC — Documentation and Object Context Compilation represents the current and canonical documentation and input-data module of the integrated IAS-DX framework for deep excavations. The framework consolidates and reorganises the technical content developed through the earlier KIB...

SETTLE Settlement Effects, Trough Topology and Local Evolution Assessment

This paper presents SETTLE — Settlement Effects, Trough Topology and Local Evolution Assessment, the current terrain-side assessment module of the integrated IAS-DX framework for deep excavations. SETTLE represents the current and canonical methodological development of the earli...

SETTLE Settlement Effects, Trough Topology and Local Evolution Assessment

This paper presents SETTLE — Settlement Effects, Trough Topology and Local Evolution Assessment, the current terrain-side assessment module of the integrated IAS-DX framework for deep excavations. SETTLE represents the current and canonical methodological development of the earli...

IAS-DX Integrated Assessment System for Deep Excavations

IAS-DX — Integrated Assessment System for Deep Excavation Impact on Adjacent Objects is the final integrated methodological framework combining four authorial modules: DOCC, SETTLE, OSCAR and MATCH. The system consolidates and reorganises the earlier ZSO-GW / ZSO-GW 2.0 developme...

MATCH Mechanism-Matched Technical Control

The main methodological development introduced in MATCH — Mechanism-Matched Technical Control is the transformation of the former MTK-GW control modes T0–T4 into mechanism-matched technical control states supported by a three-layer qualification structure within the IAS-DX framew...

Multimodal AI-Assisted Crack Provenance Assessment Using Surface-Engineered Polymer Marker Fibers in Cementitious Composites

This technical report presents MIOPR-KC-MM, a multimodal material-information framework for crack provenance assessment in cementitious composites. The core of the system consists of surface-engineered polymer marker fibers that combine crack-bridging functionality with a local d...

OSCAR Object Susceptibility, Coupling and Response Assessment

Deep excavations carried out in dense urban and infrastructure environments may affect adjacent objects through retaining-wall movements, vertical and horizontal ground displacements, differential settlement, local deformation concentration, vibration exposure and measurable chan...

OSCAR Object Susceptibility, Coupling and Response Assessment

Deep excavations carried out in dense urban and infrastructure environments may affect adjacent objects through retaining-wall movements, vertical and horizontal ground displacements, differential settlement, local deformation concentration, vibration exposure and measurable chan...

IAS-DX Integrated Assessment System for Deep Excavations

IAS-DX — Integrated Assessment System for Deep Excavation Impact on Adjacent Objects is the final integrated methodological framework combining four authorial modules: DOCC, SETTLE, OSCAR and MATCH. The system consolidates and reorganises the earlier ZSO-GW / ZSO-GW 2.0 developme...

SETTLE Settlement Effects, Trough Topology and Local Evolution Assessment

This paper presents SETTLE — Settlement Effects, Trough Topology and Local Evolution Assessment within IAS-DX, a canonical methodological version of the terrain-side assessment module developed for the integrated IAS-DX framework. SETTLE consolidates and reorganises the earlier W...