failure process

Because its failure process is quite long, toppling has not been well noticeable in Taiwan.

Researched results show that the manifold method is effective for the simulation of the dynamic failure process under shock loading.

Commonly, the failure process begins with a fiber break, developing at a surface defect.

The failure process and mechanism from local damage of material to integral destruction of structure must be studied.

It has the advantages of expressing the failure process progressively, displaying the damage level and failure trend clearly.

The intrinsic mechanism of energy conversion and failure process in the intermittent regional fracture process of rock is discussed.

The analysis shows that the results of slope progressive failure process method are consistent with slope actual situation.

We observe the two models differences of failure process. We find that the two models destructions are different by the shaking table test.

and (2) the correlation between the first order modal frequency and loading level is approximately a quadratic function in failure process.

The rock's failure process of 3-D numerical simulation was more complicated than that of 2-D simulation.

The progressive failure process is simulated, and stability of four landslides in Luoshan mine is mainly studied.

The results show that the new model can properly reflect the weakening and failure process of rock bridge during shearing.

As an example of application of the above-proposed methods, the failure process of 2-D heterogeneous materials is numerically simulated.

It indicates that the progressive failure process can be simulated by FLAC~(3D).

The failure process of gelled crude oil could be described by damage parameters.

In order to simulate the failure process of the embankment dynamically, a set of software was developed.

The cell voltage and charge-transfer resistance keep stable for much more time in the failure process of titanium anodes.

Roof falling of mined out area was numerical studied by using a rock failure process analysis software(RFPA2D).

By using Rock Failure Process Analysis code (RFPA2D), the slip failure process of rock sample is numerically studied.

Based on the deformation observation, the results considering textural stress could reflect the real failure process of tunnels.

How to describe the brittle failure process for geomaterials is a challenging problem.

The results indicate: The failure process of SCC joint is similar to that of ordinary concrete joint;

Comparative study on elastic-plastic failure process of rock specimen by means of numerical simulation

Influence of Interface Characteristic on Failure Process and Mechanical Properties of Brittle Composite Matrix with Particle Reinforcement

Study on the failure process of intermittent joints rock by means of numerical simulation

Failure process of intermittent joints rock by means of numerical simulation

An experimental study of the failure process of en-echelon fault structure using the digital speckle correlation method

The rock was loaded by displacement to its progressive failure process;

Modeling and simulations of the failure process for liquid propellant rocket propulsion systems

Failure process analysis of cement concrete pavement based on fracture mechanics and a new idea of pavement design

Effects of dilation angle on failure process and mechanical behavior for rock specimen with random material imperfections

Numerical Simulation for Heterogeneous Soil Failure Process under Compression

Three-dimensional damage soften model for failure process of heterogeneous rocks and associated numerical simulation

Dynamic response of delaminated composite plates considering failure process

The Numerical Simulation Analysis of Asphalt Pavement Moisture Damage Fatigue Failure Process

Numerical Simulation of Mechanical-Electrical Relationship in Failure Process of Graphite Concrete

Study on Failure Process and Mechanical Properties of Brittle Composite Matrix with Fiber Reinforcement

Experimental Investigation on Permeability Evolution of Brittle Rock in Failure Process

Statistic Analysis of the Evolution Laws of Micro Cracks in Rock Failure Process by Finite Element Method

Explanation of Strain Softening and Numerical Modeling to the Failure Process of Laminated Composite Material

Study on deformation and failure process infrared information of concrete samples in shearing testing

Heat effect of organic electroluminescence devices and analysis of the failure process

Numerical Simulation of End-restraint and Failure Process of Three Dimensional Rock Specimen in Uniaxial Compression

Molecular dynamics simulation for failure process of monocrystalline nickel film under tensile stress

Numerical Simulation of Complete Failure Process of Rock with Material Imperfection in Plane Compression Strain

Chaos Recognition of Geotechnical Medium Subsidence Failure Process

Simulation of stratified rock slope toppling failure process by numerical manifold method

Three-dimensional damage model for failure process of rocks and associated numerical simulation of geometry effect

Numerical simulation for the dynamic failure process in brittle materials

Experimental research on tensile failure process in rolled compacted concrete layer

Research on entropy catastrophic regularity and failure criterion in the deformation and failure process of rocks;

Failure process simulation of concrete structures by discrete element method

Numerical simulation of tensile failure process and size effect of single-edge cracked concrete specimen

Effect of Particles Dimension on Failure Process of Brittle Composite Matrix with Particles Reinforcement

A numerical study on failure process of transversely isotropic rock subjected to uniaxial compression

Numerical simulation of creep-damage failure process of concrete under sustained tensile loading

Experimental Study on Acoustic Emission Characteristics of Rock and Soil in the Failure Process

Application of physical cellular automaton to simulating failure process of concrete

Numerical Simulation on Pillar Elastic-Plastic Failure Process

Computer Simulation on Cracks Propagation and Failure Process of Concrete Specimen

Numerical Simulation of Patterns of Acoustic Emission in Rock Failure Process

Molecular dynamics simulation of failure process of nano aluminum wire under axial tension

Damage model and numerical simulation for failure process of reinforced concrete free beam

Failure process of thermal barrier coatings under thermal and mechanical loading

Study on particle failure process of calcareous sand under triaxial compression

Effect of Bi-Particle's Geometrical Distribution on Failure Process of Brittle-Matrix Composites

Study on the Computer Simulation System for failure Process of Yangtze River Embankment

Numerical simulation of nonlinear fracture failure process of frozen soil

Numerical Simulation on Failure Process of Steel FiberReinforced Concrete under Low Temperature

Numerical Tests on Confining Pressure Effect in Rock Failure Process

Experiment of Resistivity Variation of Rocks in Failure Process

Real-time CT test of damage failure process of jointed rock sample in unloading confining pressure

Numerical simulation on elastic-plastic failure process of rock specimen

Numerical simulation on failure process of pre-cracked Brazilian disk specimen of rock

Numerical Simulation on Failure Process of Pre-Cracked Rock Disk Under Dynamic Loading

Three-Dimensional Numerical Simulation on Meso-Level of Uniaxial Failure Process in Concrete

Coupling analysis of seepage and stresses in rock failure process

Numerical Simulation on Coupled Solid-Gas Flow in Failure Process of Gaseous Coal and Rock

Centrifugal loading method of RFPA for the failure process analysis of rock and soil structure

Effect of Heterogeneity of Pillars and Surrounding Rock on Failure Process of Mined-Out Area

The Numerical Simulation of Effect of Confining Pressures on Failure Process of Rock

Study on ventilation system failure process and failure regularity based on adaptive neuron network

Simulation Study on Effect of Pillar and Surrounding Rock on Failure Process of Mined Out Area

Corrosion failure process of NiCrBSi coatings deposited by high velocity oxyfuel

Numerical simulation of failure process of overburden rock strata caused by mining excavation

PCA model for simulating AE and chaos in rock failure process

Lattice model for simulating failure process of rock