Sentence examples for behaviour of steel brackets from inspiring English sources

Finite element modelling techniques are developed to compute the ultimate-strength behaviour of steel brackets with different design variables, such as material type and breadth to height ratio.

The structural features of steel brackets in real ship structures are investigated.

The aims of this study are to undertake nonlinear finite element analysis to examine the ultimate-strength characteristics of steel brackets, and to develop a simple design formula to predict the ultimate strength of a steel bracket.

The findings of the research and the above-mentioned design formula have the potential to enhance the structural design and safety assessment of steel brackets in ship structures.

Previous research has indicated one of the potential hazards was induced by the use of steel bracket as scaffold support.

Microscopic surface analysis was conducted to obtain the surface morphological behaviour of steel rebar.

Both half cell potential measurements and polarization studies revealed the similar corrosion behaviour of steel rebar in CPS solution.

In the present study, the effect of chlorhexidine on the frictional resistance of stainless steel brackets and two types of orthodontic wires made of stainless steel and nickel-titanium alloys was investigated.

But the present study evaluated the surface roughness of stainless steel brackets itself with the help of the 3D non-contact optical surface profilometer machine and SEM.

The central tube was attached to the agitation shaft by means of stainless steel brackets.

The central tube was attached to the agitator shaft by means of stainless steel brackets allowing for easy detachment.