To accurately and efficiently carry out numerical calculations for blasting demolition projects, based on the basic principles of engineering mechanics, a simplified concrete model is established. This model represents the postpeak behavior of concrete in compression and the peak behavior in traction. Based on the mechanical properties of steel and concrete materials, a new reinforced concrete model is proposed. The proposed reinforced concrete model has been implemented in the computer program LS-DYNA and used to simulate a real blasting demolition. The result shows that this model can accurately reflect the collapse and movement process of the chimney
This paper summarizes the research activities focused on the behaviour of concrete and concrete str...
An explosion near a building can cause catastrophic damage to the building’s external and internal s...
Though nonlinear dynamic analysis using a specialized hydro-code such as AUTODYN is accurate and use...
Explosions near buildings can cause catastrophic damages and can cause injuries and loss of life to ...
A numerical study for damage of RC columns under demolition blasting has been carried o...
The thesis deals with physical and numerical modelling of downsized model of chimney and its demolit...
Based upon experiments and finite element models a computer system for the simulation of the blastin...
In this work, a numerical model for analyzing the mechanical behavior of a reinforced concrete slab ...
This is a report for the Final Year Project on the topic of numerical modeling of explosion of a rei...
The response of concrete structures subjected to blast load can be studied numerically using commerc...
For any country in the world, it has become a priority to protect the critical infrastructure from l...
A range of prediction methods is presented to assist damage analysis and design of building componen...
The thesis deals with solving of a discrete dynamic 2D model of a chimney during its demolition. Spe...
The paper presents some important aspects concerning material constants of concrete and stages of mo...
In this paper, a dynamic plastic damage model for concrete material has been employed to estimate re...
This paper summarizes the research activities focused on the behaviour of concrete and concrete str...
An explosion near a building can cause catastrophic damage to the building’s external and internal s...
Though nonlinear dynamic analysis using a specialized hydro-code such as AUTODYN is accurate and use...
Explosions near buildings can cause catastrophic damages and can cause injuries and loss of life to ...
A numerical study for damage of RC columns under demolition blasting has been carried o...
The thesis deals with physical and numerical modelling of downsized model of chimney and its demolit...
Based upon experiments and finite element models a computer system for the simulation of the blastin...
In this work, a numerical model for analyzing the mechanical behavior of a reinforced concrete slab ...
This is a report for the Final Year Project on the topic of numerical modeling of explosion of a rei...
The response of concrete structures subjected to blast load can be studied numerically using commerc...
For any country in the world, it has become a priority to protect the critical infrastructure from l...
A range of prediction methods is presented to assist damage analysis and design of building componen...
The thesis deals with solving of a discrete dynamic 2D model of a chimney during its demolition. Spe...
The paper presents some important aspects concerning material constants of concrete and stages of mo...
In this paper, a dynamic plastic damage model for concrete material has been employed to estimate re...
This paper summarizes the research activities focused on the behaviour of concrete and concrete str...
An explosion near a building can cause catastrophic damage to the building’s external and internal s...
Though nonlinear dynamic analysis using a specialized hydro-code such as AUTODYN is accurate and use...