Add to ORKGStochastic simulation of cracking in concrete structures using multi-parameter random field
The use of stochastic analysis as a way to better simulate the uncertainty effects often encountered...
Abstract-A probabilistic model for the randomness of the progressive crack growth in a quasi-brittle...
With more advanced methods and increasing computational power, the simulation of reinforced concrete...
Probabilistic analysis of concrete cracking using neural networks and random field
Stochastic crack growth simulation in R/C structures by means of meshless method
The objective of this research is to develop the multi-scale mathematical formulation and the associ...
The stochastic modelling of the microcracking and the force-displacement behaviour of the tensile st...
The work focuses on the use of deterministic discrete modeling with representation of spatial random...
This work presents a probabilistic crack approach (Rossi et al [1]), based on the Monte Carlo method...
For many reinforced concrete structures corrosion of the reinforcement is an important problem since...
Stochastic simulation is used primarily as a basis for the resistance models in a reliability analys...
Prediction of crack propagation kinetics in the components of nuclear plant primary circuits undergo...
Stochastic modeling of cohesive crack evolution in concrete using meshless interpolation technique
The thesis presents results of a numerical study on the performance of 3D discrete meso–scale lattic...
The article presents a numerical finite element study of fluid leakage in concrete. Concrete crackin...
The use of stochastic analysis as a way to better simulate the uncertainty effects often encountered...
Abstract-A probabilistic model for the randomness of the progressive crack growth in a quasi-brittle...
With more advanced methods and increasing computational power, the simulation of reinforced concrete...
Probabilistic analysis of concrete cracking using neural networks and random field
Stochastic crack growth simulation in R/C structures by means of meshless method
The objective of this research is to develop the multi-scale mathematical formulation and the associ...
The stochastic modelling of the microcracking and the force-displacement behaviour of the tensile st...
The work focuses on the use of deterministic discrete modeling with representation of spatial random...
This work presents a probabilistic crack approach (Rossi et al [1]), based on the Monte Carlo method...
For many reinforced concrete structures corrosion of the reinforcement is an important problem since...
Stochastic simulation is used primarily as a basis for the resistance models in a reliability analys...
Prediction of crack propagation kinetics in the components of nuclear plant primary circuits undergo...
Stochastic modeling of cohesive crack evolution in concrete using meshless interpolation technique
The thesis presents results of a numerical study on the performance of 3D discrete meso–scale lattic...
The article presents a numerical finite element study of fluid leakage in concrete. Concrete crackin...
The use of stochastic analysis as a way to better simulate the uncertainty effects often encountered...
Abstract-A probabilistic model for the randomness of the progressive crack growth in a quasi-brittle...
With more advanced methods and increasing computational power, the simulation of reinforced concrete...