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A platform for research: civil engineering, architecture and urbanism
Numerical Simulation of Concrete Penetration with Euler and Lagrange Formulations
A benchmark test series on concrete perforation was conducted with an instrumented spinning projectile with 152 mm diameter. Three tests were conducted with unreinforced concrete, with the approximate cube strength of 100 MPa. The concrete was tested with standard methods to obtain E-modulus, cube strength and splitting strength. The behavior of the concrete during tri-axial loading was tested with passive confinement of the concrete by a GREAC cell.
Numerical Simulation of Concrete Penetration with Euler and Lagrange Formulations
A benchmark test series on concrete perforation was conducted with an instrumented spinning projectile with 152 mm diameter. Three tests were conducted with unreinforced concrete, with the approximate cube strength of 100 MPa. The concrete was tested with standard methods to obtain E-modulus, cube strength and splitting strength. The behavior of the concrete during tri-axial loading was tested with passive confinement of the concrete by a GREAC cell.
Numerical Simulation of Concrete Penetration with Euler and Lagrange Formulations
H. Hansson (author)
2001
72 pages
Report
No indication
English
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