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RISAn Experimental Study on Toughening Mechanisms of Fillers in Epoxy/ Silica Nanocomposites
that the addition of these nanoparticles did not change the yield stress of composites significantly. The fracture surfaces of composites were studied by Scanning electron microscopy. It was revealed that in all three series of nanocomposites, crack deflection...
Predicting the Deflection of RC Beams Strengthened with FRP Laminates
with externally bonded reinforcement (EBR) such as Fiber
Reinforced Polymer (FRP) sheets is well understood but the deflection of the member is a topic that
not many researchers have addressed over these years. Design guidelines have...
APPLYING DYNAMIC RELAXATION METHOD IN BENDING ANALAYSIS OF MULTILAYER COMPOSITE PLATES WITH DIFFERENT GEOMETRICAL CIRCULAR SHAPES
with the other numerical methods such as Finite Element or analytical ones by considering the both cases of small and large deflections. The analytical results of this study show that the DR method has a high ability in bending analysis of multi-layer composite...
Time dependent deflection of composite concrete slabs
Effects of a simulated oral environment and sterilization on load deflection properties of superelastic nickel titanium based orthodontic wiers
Abstract
The aim of this study was to evaluate the load-deflection characteristics of three types of nickel-titanium wires and investigate the effects of recycling on superelastic properties of them.
MATERIALS AND METHODS...
ANALYZING FREE-FREE BEAMS BY GREEN'S FUNCTIONS AND FREDHOLM ALTERNATIVE THEOREM
the contradiction and enables analysts to obtain modified Green's functions. The fundamental existence conditions are derived and thoroughly investigated from the structural point of view. Finally, the deflection functions of these beams are found using modified...
APPLICATION OF THE EXTENDED KANTOROVICH METHOD TO THE STATIC DEFLECTION OF ELECTRICALLY ACTUATED MICROPLATES
The aim of this paper is to present an Extended Kantorovich approach to simulate the static deflection of microplates under electrostatic voltage. The model accounts for the electric force nonlinearity of the excitation. Starting from a one term...
APPLICATION OF THE EXTENDED KANTOROVICH METHOD TO THE STATIC DEFLECTION OF MICROPLATES UNDER CAPILLARY FORCE
The aim of this paper is to apply an Extended Kantorovich method (EKM) to simulate the static deflection of microplates under capillary force. The model accounts for the capillary force nonlinearity of the excitation. Starting from a one term...