1 Mediavilla, J., "“Study on the K&C concrete material model for the prediction of failure of structural elements”, TNO-DV 2007 IN534"
2 Mediavilla, J., "“Dynamic response of reinforced concrete plates under a blast explosion”, TNO-DV 2007 IN533"
3 Doormaal, van J.C.A.M., "Ultimate deformation capacity of reinforced concrete slab under blast load" in Structures under Shock and Impact 1996
4 Starossek, U., "Typology of progressive collapse" 29 (29): 2302-2307, 2007
5 Weerheijm, J., "Tensile failure of concrete at high loading rates; new test data on strength and fracture energy from instrumented spalling tests" 34 : 609-626, 2007
6 Vlassis, A.G., "Progressive collapse of multi-storey buildings due to sudden column loss--Part II: Application" 30 : 1424-1438, 2008
7 Izzuddin, B.A., "Progressive collapse of multi-storey buildings due to sudden column loss -- Part I: Simplified assessment framework" 30 : 1308-1318, 2008
8 Weerheijm, J., "Prediction of damage and residual strength of RC panels under explosive loading" 229-230, 2007
9 Hallquist, J.O., "LS-DYNA Theory Manual" Livermore Software Technology Corporation 2005
10 Mediavilla, J., "Inverse analysis for failure model parameter identification applied to blast loaded concrete structures" 2007
1 Mediavilla, J., "“Study on the K&C concrete material model for the prediction of failure of structural elements”, TNO-DV 2007 IN534"
2 Mediavilla, J., "“Dynamic response of reinforced concrete plates under a blast explosion”, TNO-DV 2007 IN533"
3 Doormaal, van J.C.A.M., "Ultimate deformation capacity of reinforced concrete slab under blast load" in Structures under Shock and Impact 1996
4 Starossek, U., "Typology of progressive collapse" 29 (29): 2302-2307, 2007
5 Weerheijm, J., "Tensile failure of concrete at high loading rates; new test data on strength and fracture energy from instrumented spalling tests" 34 : 609-626, 2007
6 Vlassis, A.G., "Progressive collapse of multi-storey buildings due to sudden column loss--Part II: Application" 30 : 1424-1438, 2008
7 Izzuddin, B.A., "Progressive collapse of multi-storey buildings due to sudden column loss -- Part I: Simplified assessment framework" 30 : 1308-1318, 2008
8 Weerheijm, J., "Prediction of damage and residual strength of RC panels under explosive loading" 229-230, 2007
9 Hallquist, J.O., "LS-DYNA Theory Manual" Livermore Software Technology Corporation 2005
10 Mediavilla, J., "Inverse analysis for failure model parameter identification applied to blast loaded concrete structures" 2007
11 Biggs, J.M., "Introduction to Structural Dynamics" Mcgraw-hill 1964
12 Vegt, I., "Failure process in concrete under static and impact tensile loading: experiments and numerical modelling" 2008
13 Vegt, I., "Failure mechanisms of concrete under impact loading" 579-587, 2007
14 Steen, A. van der, "Failure and resistance of reinforced concrete plates under blast: Experimental part”, TNO-DV 2007 IN532"
15 Doormaal, J.C.A.M. van, "Consequence assessment of large bomb explosions in urban areas" 2003
16 Weerheijm, J., "Concrete structures under blast loading. Dynamic response, damage, and residual strength. in: Resilience of cities to Terrorist and other Threats. Learning from 9/11 and Further Research Issues" Springer 217-238, 2007
17 US Army Engineers Waterways Experiment Station, "ConWep-Conventional Weapons Effects"
18 Smith, P.D., "Blast loading and building robustness" 4 (4): 213-223, 2002
19 Ellingwood, B.R., "Best practices for reducing the potential for progressive collapse in buildings" National Institute of Standards and Technology 2006
20 Kaewkulchai, G., "Beam element formulation and solution procedure for dynamic progressive collapse analysis" 82 (82): 639-651, 2004
21 Luccioni, B.M., "Analysis of building collapse under blast loads" 26 (26): 63-71, 2004
22 Malvar, L.J., "A plasticity concrete material model for DYNA3D" 19 (19): 847-873, 1997