Daniel António Semblano Gouveia Dias da Costa
AuthID: R-000-41T
1
TITLE: Integration of large vision language models for efficient post-disaster damage assessment and reporting
AUTHORS: Zhaohui Chen; Elyas Asadi Shamsabadi; Sheng Jiang; Luming Shen; Daniel Dias-da-Costa;
PUBLISHED: 2026, SOURCE: Nature Communications
AUTHORS: Zhaohui Chen; Elyas Asadi Shamsabadi; Sheng Jiang; Luming Shen; Daniel Dias-da-Costa;
PUBLISHED: 2026, SOURCE: Nature Communications
2
TITLE: A linear recursive smoothing method for input and state estimation of vibrating structures
AUTHORS: Zihao Liu; Mohsen Ebrahimzadeh Hassanabadi; Daniel Dias da Costa;
PUBLISHED: 2025, SOURCE: Mechanical Systems and Signal Processing, VOLUME: 222
AUTHORS: Zihao Liu; Mohsen Ebrahimzadeh Hassanabadi; Daniel Dias da Costa;
PUBLISHED: 2025, SOURCE: Mechanical Systems and Signal Processing, VOLUME: 222
3
TITLE: Safety assessment of ageing infrastructure exposed to chloride-induced corrosion considering uncertainties in temperature climate change models
AUTHORS: Jahangir Alam; Hao Zhang; Luis A.C Neves; Nandini Ramesh; Daniel Dias-da-Costa;
PUBLISHED: 2025, SOURCE: Mechanical Systems and Signal Processing, VOLUME: 224
AUTHORS: Jahangir Alam; Hao Zhang; Luis A.C Neves; Nandini Ramesh; Daniel Dias-da-Costa;
PUBLISHED: 2025, SOURCE: Mechanical Systems and Signal Processing, VOLUME: 224
4
TITLE: Proposal of a sequential machine learning modelling approach for optimal cementitious composites
AUTHORS: Elyas Asadi Shamsabadi; Saeed Mohammadzadeh Chianeh; Daniel Dias-da-Costa;
PUBLISHED: 2025, SOURCE: Engineering Applications of Artificial Intelligence, VOLUME: 143
AUTHORS: Elyas Asadi Shamsabadi; Saeed Mohammadzadeh Chianeh; Daniel Dias-da-Costa;
PUBLISHED: 2025, SOURCE: Engineering Applications of Artificial Intelligence, VOLUME: 143
5
TITLE: A creep damage model for cracked concrete accounting for the rate of crack opening in a discrete strong discontinuity framework Full Text
AUTHORS: Saeed Mohammadzadeh Chianeh; Luming Shen; Daniel Dias-da-Costa;
PUBLISHED: 2025, SOURCE: Engineering Fracture Mechanics, VOLUME: 315
AUTHORS: Saeed Mohammadzadeh Chianeh; Luming Shen; Daniel Dias-da-Costa;
PUBLISHED: 2025, SOURCE: Engineering Fracture Mechanics, VOLUME: 315
6
TITLE: A recursive nonlinear virtual sensing method for joint input-state-parameter estimation of partially measured structures
AUTHORS: Zihao Liu; Mohsen Ebrahimzadeh Hassanabadi; Sima Abolghasemi; Nicholas E Wierschem; Daniel Dias-da-Costa;
PUBLISHED: 2025, SOURCE: Engineering Structures, VOLUME: 330
AUTHORS: Zihao Liu; Mohsen Ebrahimzadeh Hassanabadi; Sima Abolghasemi; Nicholas E Wierschem; Daniel Dias-da-Costa;
PUBLISHED: 2025, SOURCE: Engineering Structures, VOLUME: 330
7
TITLE: High aspect ratio interface elements for mesoscale modelling of concrete under dynamic fracture propagation Full Text
AUTHORS: Welington Hilário Vieira; Daniel Dias-da-Costa; Rodrigo Ribeiro Paccola;
PUBLISHED: 2025, SOURCE: Finite Elements in Analysis and Design, VOLUME: 249
AUTHORS: Welington Hilário Vieira; Daniel Dias-da-Costa; Rodrigo Ribeiro Paccola;
PUBLISHED: 2025, SOURCE: Finite Elements in Analysis and Design, VOLUME: 249
8
TITLE: Integrated climate-responsive thermal load ML model and cost/embodied energy estimate from a preliminary building design Full Text
AUTHORS: Mohammadmahdi Abdolvand; Ali Nezhad; Mike Bambach; Daniel Dias da Costa;
PUBLISHED: 2024, SOURCE: Energy and Buildings, VOLUME: 304
AUTHORS: Mohammadmahdi Abdolvand; Ali Nezhad; Mike Bambach; Daniel Dias da Costa;
PUBLISHED: 2024, SOURCE: Energy and Buildings, VOLUME: 304
9
TITLE: Pathways to formulate lightweight and ultra-lightweight 3D printable cementitious composites Full Text
AUTHORS: Peyman Zandifaez; Zhenglai Shen; Reese Sorgenfrei; Yucen Li; Daniel Dias da Costa; Hongyu Zhou;
PUBLISHED: 2024, SOURCE: Construction and Building Materials, VOLUME: 424
AUTHORS: Peyman Zandifaez; Zhenglai Shen; Reese Sorgenfrei; Yucen Li; Daniel Dias da Costa; Hongyu Zhou;
PUBLISHED: 2024, SOURCE: Construction and Building Materials, VOLUME: 424
10
TITLE: Transient-pressure modelling in fractured porous media with a new embedded finite element approach Full Text
AUTHORS: Behnam V Damirchi; Pouria Behnoudfar; Luís A G Bitencourt; Osvaldo L Manzoli; Daniel Dias da Costa;
PUBLISHED: 2024, SOURCE: Advances in Water Resources, VOLUME: 190
AUTHORS: Behnam V Damirchi; Pouria Behnoudfar; Luís A G Bitencourt; Osvaldo L Manzoli; Daniel Dias da Costa;
PUBLISHED: 2024, SOURCE: Advances in Water Resources, VOLUME: 190
