This paper describes the design, manufacture, testing and analysis of two model heterogeneous materials that exhibit non classical elastic behaviour when loaded. In particular both materials demonstrate a size effect in which stiffness increases as test sample size reduces; an effect that is unrecognized by classical elasticity but predicted by more generalized elasticity theories that are thought to describe the behaviour of heterogeneous materials more fully. The size effect has been observed by both experimental testing and finite element analysis that fully incorporates the details of the underlying heterogeneity designed into each material. The size effect has been quantified thus enabling both the modulus and also the characteristic l...
AbstractHeterogeneous materials having constitutive behaviour described by more generalised continuu...
This paper reports on the influence that a periodic microstructure has on the unconstrained flexural...
Experimental testing and finite element analysis of model heterogeneous materials consisting of regu...
This paper describes the design, manufacture, testing and analysis of two model heterogeneous materi...
AbstractThis paper describes the design, manufacture, testing and analysis of two model heterogeneou...
This paper describes the design, manufacture, testing and analysis of two model heterogeneous materi...
Heterogeneous materials can exhibit behaviour under load that cannot be described by classical conti...
Heterogeneous materials can exhibit behaviour under load that cannot be described by classical conti...
In this paper the mechanical behaviour of model heterogeneous materials consisting of regular period...
Heterogeneous materials having constitutive behaviour described by more generalized continuum theori...
AbstractHeterogeneous materials having constitutive behaviour described by more generalised continuu...
Materials with obvious internal structure can exhibit behaviour, under loading, that cannot be descr...
Size effects in which there is an apparent increase in stiffness with reducing size scale are foreca...
In this paper the mechanical behaviour of model heterogeneous materials consisting of regular period...
In planar micropolar elasticity theory the degree of micropolarity exhibited by a loaded heterogeneo...
AbstractHeterogeneous materials having constitutive behaviour described by more generalised continuu...
This paper reports on the influence that a periodic microstructure has on the unconstrained flexural...
Experimental testing and finite element analysis of model heterogeneous materials consisting of regu...
This paper describes the design, manufacture, testing and analysis of two model heterogeneous materi...
AbstractThis paper describes the design, manufacture, testing and analysis of two model heterogeneou...
This paper describes the design, manufacture, testing and analysis of two model heterogeneous materi...
Heterogeneous materials can exhibit behaviour under load that cannot be described by classical conti...
Heterogeneous materials can exhibit behaviour under load that cannot be described by classical conti...
In this paper the mechanical behaviour of model heterogeneous materials consisting of regular period...
Heterogeneous materials having constitutive behaviour described by more generalized continuum theori...
AbstractHeterogeneous materials having constitutive behaviour described by more generalised continuu...
Materials with obvious internal structure can exhibit behaviour, under loading, that cannot be descr...
Size effects in which there is an apparent increase in stiffness with reducing size scale are foreca...
In this paper the mechanical behaviour of model heterogeneous materials consisting of regular period...
In planar micropolar elasticity theory the degree of micropolarity exhibited by a loaded heterogeneo...
AbstractHeterogeneous materials having constitutive behaviour described by more generalised continuu...
This paper reports on the influence that a periodic microstructure has on the unconstrained flexural...
Experimental testing and finite element analysis of model heterogeneous materials consisting of regu...