Initial Data Forming for Process Simulation in System “Intruder – Physical Protection System”

Anton V. Bukovetskiy; Boris P. Stepanov; Denis A. Tatarnikov

doi:10.4028/www.scientific.net/KEM.685.148

Paper Titles

Corrections to Kramers Formula Describing the Decay Rate of a Metastable State
p.128

Bending Process Simulation of a Flat Workpiece with Various Cross-Sectional Mechanical Properties with PAM-STAMP 2G
p.133

Identification Method of Blast-Furnace Process Parameters
p.137

Optimality Conditions for Pareto-Optimal Solutions
p.142

Initial Data Forming for Process Simulation in System “Intruder – Physical Protection System”
p.148

Numerical Modeling of Cyclone Machine for Cleaning Gas Generator Gases
p.153

Simulation of Conditions of Solid Fossil Fuels Formation for Underground Conversion Investigation
p.158

Numerical Study of Grain Evolution and Dislocation Density during Asymmetric Rolling of Aluminum Alloy 7075
p.162

The End-to-End Computer Simulation of Casting and Subsequent Metal Forming
p.167

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Initial Data Forming for Process Simulation in System “Intruder – Physical Protection System”

Abstract:

The article describes basic approaches to conducting an efficiency assessment of a nuclear object physical protection system as well as the possibility of creation of the intruder analytical model to determine time indicators of overcoming nuclear object protection boundaries by an intruder with defined characteristics. An intruder uses different tactics and methods to overcome boundaries of protection. A multivariate analysis lays in a basis of research that taking into account psycho-physiological and physical properties of the human organism, intruder equipment level for overcoming of physical barriers.