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Design against blast : load definition & structural response [edited by] S Syngellakis.

Material type: TextPublication details: Boston, MA : WIT Press, 2012.Description: 210 p. il. col. 28 cmISBN:
  • 9781845647506
Subject(s): Summary: - Integrated anti-terrorism physics-based modelling: loads and structural response. - A study of the JWL equation of state parameters of dynamite for use in airblast models. - A comparison of hydrodynamic and analytic predicted blast pressure profiles. - Numerical determination of reflected blast pressurem distribution on round columns. - Theory and calibration of JWL and JWLB thermodynamic equations of state. - Predicction of airblast loads in complex envioronments using artificial neural networks. - Laboratory scale tests for internal blast loading. - Laboratoy simulation of blast loading on builging and bridge structures. - Non-ideal explosive perfomance in a building structure. - Aerodynamic damping and fluid-structure interaction of blast loaded flexive structures. Effect of silty-sand compressibility on transferred velocity fron impulsive blast loading. Simplified evaluation of a building impated by mitigation planning. - Blast-resistant highway bridges: design and detailing guidelines. - Approximation of blast loading and single degree-of-freedon modelling parameters for long span girders. - Simulation-based design of vehicles esposed to blast threats for improved occupant survivability. - Blast protection in military land vehicle programmes: approach, methodology and testing. - Blast testing of CFRP and SRP strengthened RC columns. - Analysis of the explosive loading of open-ended Steel pipes. Author index.
Item type: Monografías
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Cover image Item type Current library Home library Collection Shelving location Call number Materials specified Vol info URL Copy number Status Notes Date due Barcode Item holds Item hold queue priority Course reserves
Academia de Oficiales de la Guardia Civil AOGC - Sala 5142 (Browse shelf(Opens below)) Available 2014089
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- Integrated anti-terrorism physics-based modelling: loads and structural response.
- A study of the JWL equation of state parameters of dynamite for use in airblast models.
- A comparison of hydrodynamic and analytic predicted blast pressure profiles.
- Numerical determination of reflected blast pressurem distribution on round columns.
- Theory and calibration of JWL and JWLB thermodynamic equations of state.
- Predicction of airblast loads in complex envioronments using artificial neural networks.
- Laboratory scale tests for internal blast loading.
- Laboratoy simulation of blast loading on builging and bridge structures.
- Non-ideal explosive perfomance in a building structure.
- Aerodynamic damping and fluid-structure interaction of blast loaded flexive structures.
Effect of silty-sand compressibility on transferred velocity fron impulsive blast loading.
Simplified evaluation of a building impated by mitigation planning.
- Blast-resistant highway bridges: design and detailing guidelines.
- Approximation of blast loading and single degree-of-freedon modelling parameters for long span girders.
- Simulation-based design of vehicles esposed to blast threats for improved occupant survivability.
- Blast protection in military land vehicle programmes: approach, methodology and testing.
- Blast testing of CFRP and SRP strengthened RC columns.
- Analysis of the explosive loading of open-ended Steel pipes.
Author index.

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