... media in an alternative way. Ignacio G. Tejada can be contacted at: igtejada@caminos.upm.es © Emerald Group Publishing Limited 2013 Physical properties of materials Thermodynamic properties Mathematics Statistical mechanics Granular media Distinct element method Simulation...

... structures Nonlinear analysis Cracking Tension softening Rotating crack Bond‐slip McNeice slab RC cooling tower Physical properties of materials Modelling Material behaviour modelling is one of the most difficult challenges in nonlinear finite element analysis (FEA) of reinforced concrete...

... in a non‐linear manner to the particle friction coefficient. Physical properties of materials Calibration Friction Flow Modelling The Coulomb static friction coefficient was measured as a bulk parameter using two techniques. The Jenike direct shear tester (Institution of Chemical Engineers...

... (Δ u_i=u_i^Γ+ − u_i^{Γ −) on the crack surface can be approximated as: (Equation 4) Surface properties of materials Stress (materials) Physical properties of materials Elastic analysis}...

... by Wittrick‐Williams (W‐W), in order to calculate the number of eigenvalues exceeded by any trial value of σ. H.R. Ovesy can be contacted at: ovesy@aut.ac.ir © Emerald Group Publishing Limited 2009 Buckling Physical properties of materials Stress (materials) Structural analysis design...

... software Programming Physical properties of materials Simulation Numerical analysis Granular materials are found much in nature and in various industries. For example, they are found in landslides and avalanches, raw minerals extraction and transport, cereal storage, powder mixing, without...

.... The creep parameters M and σ ₀ will vary with radial distance due to (i) the radial variation of temperature, T, and (ii) variation of particle content, V(r), with radius in the FGM disc. Creep Modelling Physical properties of materials Composite materials...

..., fewer numbers of such cable elements are needed. Wei‐Xin Ren can be contacted at: renwx@mail.csu.edu.cn © Emerald Group Publishing Limited 2008 Finite element analysis Newton method Physical properties of materials Strength of materials Structural analysis Design and theory...

... 2006 Modelling Numerical analysis Physical properties of materials Brittleness Figure 4 shows the overall view of the laboratory test designed for the investigation of spontaneous crack initiation in brittle materials. A gypsum sample model is used to represent the brittle material...

... analysis Physical properties of materials The discrete element method (DEM) combined with the use of different discrete particle models has become an increasing popular approach for studying the behavior of granular materials such as sand and clay, which consist of packed assemblages of particles...

... structures. Moreover, a detailed description of the numerical implementation is given. © Emerald Group Publishing Limited 2005 Modelling Plasticity Physical properties of materials Stress (materials) With the present increase of the computational power, one can seek to provide a more...

... loading Physical properties of materials Taking a general view of the present state‐of‐the‐art in terms of numerical modelling of bulk metal forming processes it appears that the finite element flow formulation is the most widespread for the analysis of complex forming processes. In fact...