“Ionic and dynamical evolution of the interstellar medium in star-forming galaxies”
Computing time: >2.000.000 core.hours
Ref.: ENGAGE-SKA-2020_00
PI: Miguel Avillez, U.Évora & Technical University Berlin, ENGAGE SKA

“Planets”
Computing time: >1.000.000 core.hours
Ref.: ENGAGE-SKA-2020_01
PI: Alexandre Correia, U. Coimbra, ENGAGE SKA

“Thermal and non-thermal emission from thermonuclear explosion”
Computing time: >1.000.000 core.hours
Ref.: ENGAGE-SKA-2020_02
PI: Valério Ribeiro, U. Aveiro, ENGAGE SKA

“Tidal disruption events by the supermassive black hole Sgr A*”
Computing time: >1.000.000 core.hours
Ref.: ENGAGE-SKA-2020_05
PI: João Rocha, U.Évora, ENGAGE SKA

“Study of potential SARS-CoV-2 anti-viral drugs’ interactions with model membranes”
Computing time: 2.000 core.hours
Ref.: HPC_UE-2020_02, High Performance Computing Centre, U.Évora
PI: Alfredo Carvalho, U.Évora

“Supramolecular phenomena – a theoretical approach”
Computing time: 2.000 core.hours
Ref.: HPC_UE-2020_03, High Performance Computing Centre, U.Évora
PI: Rafaela Nascimento, U.Évora

“Big Data and AI Lab”
Computing time: 100.000 core.hours
Ref.: HPC_UE-2020_04, High Performance Computing Centre, U.Évora
PI: Paulo Quaresma, U.Évora

“PyroConvection”
Computing time: 50.000 core.hours
Ref.: CPCA_A2_2500_2020, Foundation for Science and Technology, Portugal
PI: Rui Salgado, U.Évora

“Scalability of pseudo-spectral code for turbulence simulation with particle tracking using a 1d-pencil decomposition”
Computing time: 50.000 core.hours
Ref.: CPCA_A1_2611_2020, Foundation for Science and Technology, Portugal
PI: Carlos Bettencourt da Silva, IST, U.Lisboa

“Dispersion of asphaltenes in model mixtures by ionic liquids – a theoretical approach”
Computing time: 1.200.000 core.hours
Ref.: CPCA_A2_4377_2020, Foundation for Science and Technology, Portugal
PI: Rafaela Nascimento, U.Évora

“Main scientific domain Main scientific area optimal surface texturing patterns for greener and more energy efficient sliding contacts”
Computing time: 50.000 core.hours
Ref.: CPCA_A2_4628_2020, Foundation for Science and Technology, Portugal
PI: Luis Marques, U.Minho

“Scalability of code for spatial simulations of turbulent flows a 2d-pencil decomposition”
Computing time: 50.000 core.hours
Ref.: CPCA_A1_4630_2020, Foundation for Science and Technology, Portugal
PI: Carlos Bettencourt da Silva, IST, U.Lisboa

“Protein S structure and dynamics – insight into SARS-CoV-2 entry”
Computing time: 50.000 core.hours
Ref.: CPCA_A1_4781_2020, Foundation for Science and Technology, Portugal
PI: António Canto, U.Évora

“TiSiNAg-o-Learn”
Computing time: 410.000 core.hours
Ref.: CPCA_A2_5649_2020, Foundation for Science and Technology, Portugal
PI: Veniero Lenzi, U.Minho

“Numerical simulation of ammonia combustion in a swirl and bluff-body stabilised burner with complex chemistry”
Computing time: 50.000 core.hours
Ref.: CPCA_A1_7203_2020, Foundation for Science and Technology, Portugal
PI: Pedro Coelho, IST, U.Lisboa

“SINERGEA@RNCA – scenarios database for decision support of the integrated and optimized management of energy, bathing water quality and inundation in coastal cities”
Computing time: 347.200 core.hours
Ref.: CPCA_A2_7242_2020, Foundation for Science and Technology, Portugal
PI: Anabela Oliveira, LNEC

“Lattice thermal conductivity of biased bilayer graphene systems”
Computing time: 1.670.400 core.hours
Ref.: CPCA_A2_7263_2020, Foundation for Science and Technology, Portugal
PI: Estelina Silva, U.Porto

“Modelling radiation-induced defect engineering in silicon carbide: from quantum computing to radiation detection”
Computing time: 50.000 core.hours
Ref.: CPCA_A0_7277_2020, Foundation for Science and Technology,Portugal
PI: José Coutinho, U.Aveiro

“Direct numerical simulations of large-scale magnetic fields”
Computing time: 50.000 core.hours
Ref.: CPCA_A0_7296_2020, Foundation for Science and Technology, Portugal
PI: Roman Chertovskikh, U.Porto

“Real-space simulation of excitonic properties”
Computing time: 50.000 core.hours
Ref.: CPCA_A0_7308_2020, Foundation for Science and Technology, Portugal
PI: Bruno Amorim, U.Minho

“Structure and dynamics of mono and bilayers subjected to external agents”
Computing time: 25.000 core.hours
Ref.: CPCA_A00_4376_2020, Foundation for Science and Technology, Portugal
PI: Luís Martins, U.Évora

“Incommensurability effects in low-dimensional Quantum Materials”
Computing time: 25.000 core.hours
Ref.: CPCA_A00_7343_2020, Foundation for Science and Technology, Portugal
PI: Pedro Ribeiro, IST, U.Lisboa

“Effects of disorder in nodal loop semimetals”
Computing time: 25.000 core.hours
Ref.: CPCA_A00_7421_2020, Foundation for Science and Technology, Portugal
PI: Eduardo Castro, U.Porto

“Old drugs with a new target”
Computing time: 25.000 core.hours
Ref.: CPCA_A00_7439_2020, Foundation for Science and Technology, Portugal
PI: Alfredo Carvalho, U.Évora