Integrated Fire Engineering and Response

00_ SFPE_Heat_Transfer
Verification_Report.pdf
01 Verification and validation of computer simulations
02 Some thoughts on bench-marking studies in the context of fire and smoke modelling
03 Validation of computer programs for Eurocode level 3-methods
bmb_neu_komplett.pdf
04 Steel beams
BMS1 axial force.xlsx
BMS1 displacements.xlsx
BMS1_input.xlsx
BMS2 axial force.xlsx
BMS2 displacements.xlsx
BMS2_input.xlsx
BMS3 axial force.xlsx
BMS3 displacements.xlsx
BMS3_input.xlsx
BMS8A_results.xlsx
BMS8B_results.xlsx
BMS8_input.xlsx
05 Elastic-plastic bending of beams
Bending_80_H_beam_input.xlsx
Bending_80_H_beam_output.xlsx
Bending_80_rectangular_input.xlsx
Bending_80_rectangular_output.xlsx
Bending_95_H_beam_input.xlsx
Bending_95_H_beam_output.xlsx
Bending_95_rectangular_input.xlsx
Distributed_fixed_80_H_beam_input.xlsx
Distributed_fixed_80_H_beam_output.xlsx
Distributed_fixed_80_rectangular_input.xlsx
Distributed_fixed_80_rectangular_output.xlsx
Distributed_fixed_95_H_beam_input.xlsx
Distributed_fixed_95_H_beam_output.xlsx
Distributed_fixed_95_rectangular_input.xlsx
Distributed_fixed_95_rectangular_output.xlsx
Distributed_simply_supported_80_H_beam_input.xlsx
Distributed_simply_supported_80_H_beam_output.xlsx
Distributed_simply_supported_80_rectangular_input.xlsx
Distributed_simply_supported_95_H_beam_input.xlsx
Distributed_simply_supported_95_H_beam_output.xlsx
Distributed_simply_supported_95_rectangular_input.xlsx
FE_MODELS
LS_DYNA
h_beam
shell
shell.rar
rectangular
shell
shell.rar
solid
solid.rar
Vulcan
Vulcan.rar
rectangular
Point_fixed_80_H_beam_input.xlsx
Point_fixed_80_H_beam_output.xlsx
Point_fixed_80_rectangular_input.xlsx
Point_fixed_80_rectangular_output.xlsx
Point_fixed_95_H_beam_input.xlsx
Point_fixed_95_H_beam_output.xlsx
Point_fixed_95_rectangular_input.xlsx
Point_fixed_95_rectangular_output.xlsx
Point_simply_supported_80_H_beam_input.xlsx
Point_simply_supported_80_H_beam_output.xlsx
Point_simply_supported_80_rectangular_input.xlsx
Point_simply_supported_80_rectangular_output.xlsx
Point_simply_supported_95_H_beam_input.xlsx
Point_simply_supported_95_H_beam_output.xlsx
Point_simply_supported_95_rectangular_input.xlsx
Point_simply_supported_95_rectangular_output.xlsx
06 Benchmark study of lateral torsional-buckling of class 4 steel plate girders under fire conditions numerical comparison
INPUT_WG3_vol 1_Prachar_Benchmark Studies_COST-TU0904-2013.xlsx
RESULTS_WG3_vol 1_Prachar_Benchmark Studies_COST-TU0904-2013.xlsx
07 Local buckling of class 4 section beams
Hric†k_BMS4_input.xlsx
Hric†k_BMS4_results.xlsx
08 Simple steel structures
FR_BS1_input.xlsx
FR_BS1_results.xlsx
FR_BS2_input.xlsx
FR_BS2_results.xlsx
SS_B1_input.xlsx
SS_B1_results.xlsx
SS_B2_input.xlsx
SS_B2_results.xlsx
SS_B3_input.xlsx
SS_B3_results.xlsx
SS_B4_input.xlsx
SS_B4_results.xlsx
SS_B5_input.xlsx
SS_B5_results.xlsx
SS_B6_input.xlsx
SS_B6_results.xlsx
09 Composite beams
BMS6_input.xlsx
BMS6_results.xlsx
10 Simple composite beams
BM_CB1_linear_input.xlsx
BM_CB1_linear_results.xlsx
BM_CB2_linear_T_dependen_input.xlsx
BM_CB2_linear_T_dependent_results.xlsx
BM_CB3_nonlin_T_dependen_input.xlsx
BM_CB3_nonlin_T_dependen_results.xlsx
BM_CB4_lin_T_dependent_input.xlsx
BM_CB4_lin_T_dependent_results.xlsx
BM_CB5_lin_T_dependent_input.xlsx
BM_CB5_lin_T_dependent_results.xlsx
BM_CB6_nonlin_dependent_input.xlsx
BM_CB6_nonlin_dependent_results.xlsx
BM_CB7_nonlin_dependent_input.xlsx
BM_CB7_nonlin_dependent_results.xlsx
11 Simply supported side-plated RC beam
Simply supported side-plated RC beam _input.xlsx
Simply supported side-plated RC beam _results.xlsx
12 Steel columns under temperature gradient
Column_10_A_displacements.xlsx
Column_10_A_input.xlsx
Column_10_B_displacements.xlsx
Column_10_B_input.xlsx
Column_10_C_displacements.xlsx
Column_10_C_input.xlsx
Column_10_D_displacemets.xlsx
Column_10_D_input.xlsx
Column_10_E_displacements.xlsx
Column_10_E_input.xlsx
Column_10_F_displacements.xlsx
Column_10_F_input.xlsx
Column_11_A_displacements.xlsx
Column_11_A_input.xlsx
Column_11_B_displacements.xlsx
Column_11_B_input.xlsx
Column_11_C_displacements.xlsx
Column_11_C_input.xlsx
Column_11_D_displacements.xlsx
Column_11_D_input.xlsx
Column_11_E_displacements.xlsx
Column_11_E_input.xlsx
Column_11_F_displacements.xlsx
Column_11_F_input.xlsx
Column_12_A_displacements.xlsx
Column_12_A_input.xlsx
Column_12_B_displacements.xlsx
Column_12_B_input.xlsx
Column_12_C_displacements.xlsx
Column_12_C_input.xlsx
Column_12_D_displacements.xlsx
Column_12_D_input.xlsx
Column_12_E_displacements.xlsx
Column_12_E_input.xlsx
Column_12_F_displacements.xlsx
Column_12_F_input.xlsx
Column_7_A_displacements.xlsx
Column_7_A_input.xlsx
Column_7_B_displacements.xlsx
Column_7_B_input.xlsx
Column_7_C_displacements.xlsx
Column_7_C_input.xlsx
Column_7_D_displacements.xlsx
Column_7_D_input.xlsx
Column_7_E_displacements.xlsx
Column_7_E_input.xlsx
Column_7_F_displacements.xlsx
Column_7_F_input.xlsx
Column_8_A_displacements.xlsx
Column_8_A_input.xlsx
Column_8_B_displacements.xlsx
Column_8_B_input.xlsx
Column_8_C_displacements.xlsx
Column_8_C_input.xlsx
Column_8_D_displacements.xlsx
Column_8_D_input.xlsx
Column_8_E_displacements.xlsx
Column_8_E_input.xlsx
Column_8_F_displacements.xlsx
Column_8_F_input.xlsx
Column_9_A_displacements.xlsx
Column_9_A_input.xlsx
Column_9_B_displacements.xlsx
Column_9_B_input.xlsx
Column_9_C_displacements.xlsx
Column_9_C_input.xlsx
Column_9_D_displacements.xlsx
Column_9_D_input.xlsx
Column_9_E_displacements.xlsx
Column_9_E_input.xlsx
Column_9_F_displacements.xlsx
Column_9_F_input.xlsx
13 Creep analysis of steel columns with different heating rates
Comparison displacement node 17 B1-B6.xlsx
Comparison displacement node 17 C1-C6.xlsx
Comparison displacement node 17D1-D6.xlsx
Comparison displacement node 17 A1-A6.xlsx
Comparison displacement node 17 E1-E6.xlsx
Comparison displacement node 17 F1-F6.xlsx
Graphs.xls
benchmark_input.xlsx
14 Thermo-mechanical analysis of steel columns using different finite element types and constitutive laws
Benchmark1_results
Fig x.1.xls
Fig x.10.xls
Fig x.11.xls
Fig x.12.xls
Fig x.13.xls
Fig x.4.xls
Fig x.5.xls
Fig x.6.xls
Fig x.7.xls
Fig x.8.xls
Fig x.9.xls
bechmark1_input_bis.xlsx
15 Thermo-mechanical analysis of steel columns using different constitutive law
BM_shef_results.rar
benchmark_shef_input.xlsx
16 Simplified and advanced calculation methods for composite columns in fire
BMS4_input_Schaumann_Weisheim.xlsx
BMS4_results_Schaumann_Weisheim.xlsx
17 Composite column subjected to compression and fire
CCol_input- simp.xlsx
CCol_results-simp.xlsx
18 Buckling of concrete columns
Benchmark_Concrete_Columns_input.xlsx
Results_displacements_creep influence.xlsx
Results_displacements_no creep influence.xlsx
19 Composite slabs
BMS4_input.xlsx
BMS4_results.xlsx
BMS5_input.xlsx
BMS5c_results.xlsx
BMS5f_results.xlsx
BMS5fr_results.xlsx
BMS5m2_results.xlsx
BMS7_input.xlsx
BMS7_results.xlsx
20 Collapse behaviour of concrete slab floor system
WG11_Selamet_OutputData_COST-TU0904-2013.xlsx
21 Cold-formed steel portal frames at elevated temperatures
Input_beam no nlgeom.txt
Input_shell with nlgeom.txt
Input_shell with no nlgeom.txt
RESULTS.txt
RESULTS.xlsx
22 Software covering steel frame structural behaviour
bechmark3_input.xlsx
bechmark3_results.xlsx
23 Structural fire engineering benchmarking of columns and space-frames using Vulcan and Safir
input_output_Block-Nigro-DelPrete-Lowry.rar
24 The influence of joint modelling on fire behaviour of steel frame structure
BMS#_input.xlsx
output_Temperature (safir2D-straus 2d).xlsx
output_Temperature (safir2D-straus3D).xlsx
output_stress&displacement (safir 1D-straus 3D).xlsx
25 Critical temperature of steel frame with joint flexibility increasing in fire
WG4_Maslak_Snela_Benchmark Studies_Input.xlsx
WG4_Maslak_Snela_Benchmark Studies_Results.xlsx
26 Charring of timber - Verification of numerical model
BMS4_input.xlsx
BMS4_results.xlsx
27 Reference cases for the validation of people evacuation software used in Germany