SEARCH Articles Figures Tables Anisotropic mechanical behaviour anisotropy Anisotropic mechanical behaviour composites Anisotropic mechanical behaviour experimental studies Anisotropic mechanical behaviour orientation Bentonite mechanical behaviour Chaotic behaviour, classical mechanics Dynamic mechanical analysis behaviour Dynamic-mechanical behaviour Electrochemical behaviour of hydrogen peroxide oxidation kinetics and mechanisms Experimental studies of anisotropic mechanical behaviour and their interpretation Fluid properties mechanical behaviour Four temperature regions of mechanical behaviour Fracture mechanics brittle behaviour Fracture mechanics ductile behaviour Limitations on non-steady-state kinetic behaviour imposed by the reaction mechanism Low strain mechanical behaviour Mechanical Behaviour of Composites Mechanical behaviour (deformation Mechanical behaviour of adhesive joints Mechanical behaviour of carbonate sands Mechanical behaviour of ceramics Mechanical behaviour of fibre reinforced composites Mechanical behaviour of glassy, amorphous polymers Mechanical behaviour of metals Mechanical behaviour of polymers Mechanical behaviour rubber-toughened polymer Mechanical behaviour viscoelasticity Mechanical behaviour, anisotropic Mechanical properties and thermal shock behaviour of magnesia-spinel composite refractory materials Mechanical tests and behaviour Mechanical tests and behaviour of membranes Mechanisms for the different scaling behaviour Non-ideal dynamic mechanical relaxation behaviour Product properties (I) Mechanical behaviour and failure Relaxation behaviour, mechanical Rheological behaviour mechanical energy The Description of Anisotropic Mechanical Behaviour The Different Types of Mechanical Behaviour Time-dependent mechanical behaviour Viscoelastic behaviour, linear dynamical mechanical measurements