Replication Data for: Investigations on the Fire Behavior of Functionally Graded Concrete Slabs with Mineral Hollow Spheresdoi:10.18419/darus-4194DaRUS2024-05-231Strahm, Benedikt; Haufe, Carl; Blandini, Lucio, 2024, "Replication Data for: Investigations on the Fire Behavior of Functionally Graded Concrete Slabs with Mineral Hollow Spheres", https://doi.org/10.18419/darus-4194, DaRUS, V1, UNF:6:7AvEnASehos6SIL2Tgsufg== [fileUNF]Replication Data for: Investigations on the Fire Behavior of Functionally Graded Concrete Slabs with Mineral Hollow Spheresdoi:10.18419/darus-4194Strahm, BenediktHaufe, CarlBlandini, LucioStrahm, BenediktHaufe, CarlBlandini, LucioEXC 2120/1 - 390831618DaRUSStrahm, BenediktBlandini, LucioStrahm, Benedikt2024-05-14EngineeringLightweight ConcreteVoided Biaxial SlabFire-Resistance RatingCivil EngineeringAddendum to the corresponding paper. The paper describes numerical and experimental investigations of cut-outs of functionally graded concrete slabs subjected to fire exposure in a small scale test furnace. <br /><br />
The data set includes:<br /><br />
<b>experimental_results/</b><br />
Temperature measurements after 0, 30, 60 and 90 minutes of fire exposure from the specimens subjected to fire in the test furnace. <br /><br />
<b>abaqus_input/</b><br />
Abaqus .inp files that allow the reproduction of the described numerical simulation for different mesh refinements.<br /><br />
<b>numerical_results/</b><br />
Simulated temperature after 0, 30, 60 and 90 minutes of fire exposure from the numerical simulations used for a convergence study, to judge the influence of varying boundary conditions and for comparison with the experimental results. <br /><br />2023-10-012024-05-01The Abaqus .inp files as well as the files containing the numerical results are designated with the following key composition: <br /><br />
<b>Investigated component:</b> <br />
HB: Hollow Body Slab <br />
FS: Massive Slab <br /><br />
<b>Mesh-Size:</b> <br />
uf: ultra-fine <br />
f: fine <br />
m: medium <br />
c: coarse <br /><br />
<b>Boundary Conditions:</b> <br />
infi: Cutout of a slab with <br />
rest: Specimens as placed in furnace <br /><br />
<b>Thermal material properties:</b> <br />
lc-1_cp-00: High thermal conductivity, low specific heat capacity (humidity 0 %) <br />
lc-2_cp-30: Low thermal conductivity, high specific heat capacity (humidity 3 %) <br />[under preparation][under preparation]specimen_A.tab41text/tab-separated-valuesUNF:6:04g91iNAR9hNy+SB3btWSQ==specimen_B.tab41text/tab-separated-valuesUNF:6:Mocf0KCZQLUA9QVDDxSP/Q==specimen_C.tab41text/tab-separated-valuesUNF:6:PrhqPUEDmBIKflPGLJ6Vnw==FS_m_infi_lc-1_cp-00.tab41text/tab-separated-valuesUNF:6:WQasr7W2iE+ROqqCFhlHgQ==FS_m_infi_lc-2_cp-30.tab41text/tab-separated-valuesUNF:6:PyOqHwhdGTzVxppn83oK1Q==HB_c_infi_lc-1_cp-00.tab41text/tab-separated-valuesUNF:6:z0KDapdc4cxAL3C2rHg31Q==HB_f_infi_lc-1_cp-00.tab41text/tab-separated-valuesUNF:6:u3owXN0WqnStG7DRj9bmdg==HB_m_infi_lc-1_cp-00.tab41text/tab-separated-valuesUNF:6:VoGCTdJbZ4Luxi6pxeDcZQ==HB_m_infi_lc-2_cp-30.tab41text/tab-separated-valuesUNF:6:LRLBxVcMrSNsYsqjGtPnvg==HB_m_restr_lc-1_cp-00.tab41text/tab-separated-valuesUNF:6:m5eakMRiigfEZP5iE6t8oQ==HB_uf_infi_lc-1_cp-00.tab41text/tab-separated-valuesUNF:6:qSRz1U1U3Rb6J4JgFm/bdg==`t in min;T in �C at R.02;T in �C at R.03;T in �C at R.04;T in �C at R.05;T in �C at H.06;T in �C at R.07;T in �C at H.08;T in �C at T.02;T in �C at T.03;T in �C at T.04;T in �C at T.05UNF:6:04g91iNAR9hNy+SB3btWSQ==``t in min;T in �C at R.02;T in �C at R.03;T in �C at R.04;T in �C at R.05;T in �C at H.06;T in �C at R.07;T in �C at H.08;T in �C at T.02;T in �C at T.03;T in �C at T.04;T in �C at T.05UNF:6:Mocf0KCZQLUA9QVDDxSP/Q==``t in min;T in �C at R.02;T in �C at R.03;T in �C at R.04;T in �C at R.05;T in �C at H.06;T in �C at R.07;T in �C at H.08;T in �C at T.02;T in �C at T.03;T in �C at T.04;T in �C at T.05UNF:6:PrhqPUEDmBIKflPGLJ6Vnw==``t in min;T in °C at R.02 / R.07;T in °C at R.03 / R.05;T in °C at R.04;T in °C at H.06 / H.08;T in °C at T.02;T in °C at T.03 / T.04;T in °C at T.05UNF:6:WQasr7W2iE+ROqqCFhlHgQ==``t in min;T in °C at R.02 / R.07;T in °C at R.03 / R.05;T in °C at R.04;T in °C at H.06 / H.08;T in °C at T.02;T in °C at T.03 / T.04;T in °C at T.05UNF:6:PyOqHwhdGTzVxppn83oK1Q==``t in min;T in °C at R.02 / R.07;T in °C at R.03 / R.05;T in °C at R.04;T in °C at H.06 / H.08;T in °C at T.02;T in °C at T.03 / T.04;T in °C at T.05UNF:6:z0KDapdc4cxAL3C2rHg31Q==``t in min;T in °C at R.02 / R.07;T in °C at R.03 / R.05;T in °C at R.04;T in °C at H.06 / H.08;T in °C at T.02;T in °C at T.03 / T.04;T in °C at T.05UNF:6:u3owXN0WqnStG7DRj9bmdg==``t in min;T in °C at R.02 / R.07;T in °C at R.03 / R.05;T in °C at R.04;T in °C at H.06 / H.08;T in °C at T.02;T in °C at T.03 / T.04;T in °C at T.05UNF:6:VoGCTdJbZ4Luxi6pxeDcZQ==``t in min;T in °C at R.02 / R.07;T in °C at R.03 / R.05;T in °C at R.04;T in °C at H.06 / H.08;T in °C at T.02;T in °C at T.03 / T.04;T in °C at T.05UNF:6:LRLBxVcMrSNsYsqjGtPnvg==``t in min;T in °C at R.02 / R.07;T in °C at R.03 / R.05;T in °C at R.04;T in °C at H.06 / H.08;T in °C at T.02;T in °C at T.03 / T.04;T in °C at T.05UNF:6:m5eakMRiigfEZP5iE6t8oQ==``t in min;T in °C at R.02 / R.07;T in °C at R.03 / R.05;T in °C at R.04;T in °C at H.06 / H.08;T in °C at T.02;T in °C at T.03 / T.04;T in °C at T.05UNF:6:qSRz1U1U3Rb6J4JgFm/bdg==`FS_m_infi_lc-1_cp-00.inpapplication/octet-streamFS_m_infi_lc-2_cp-30.inpapplication/octet-streamHB_c_infi_lc-1_cp-00.inpapplication/octet-streamHB_f_infi_lc-1_cp-00.inpapplication/octet-streamHB_m_infi_lc-1_cp-00.inpapplication/octet-streamHB_m_infi_lc-2_cp-30.inpapplication/octet-streamHB_m_restr_lc-1_cp-00.inpapplication/octet-streamHB_uf_infi_lc-1_cp-00.inpapplication/octet-stream