Sentence examples for straight piping from inspiring English sources

Hossain et al. (2015, 2016), Singh et al. (2016), Hossain and Ismail 2015, Carpenter et al. (1998) and Duda (1993) portrayed that point sources are typically piped discharges from municipal wastewater treatment plants, industrial facilities, small packaged treatment plants, large urban and industrial storm water systems and residential straight piping.

Typical piping structures including straight pipes, elbow pipes and piping joints have been investigated experimentally under mechanical or thermal cyclic loading.

The failure behavior of pipes and piping components (e.g. straight pipe, pipe bend, T-joint) with and without cracks under different loading conditions has been investigated in numerous experimental and analytical/numerical research projects.

If the piping system was just straight pipe or, as necessary, curved pipe that was welded together, the pressure portion of the design would be complete.

Similarly, piping, straight and sharp creases, and vertical rows of buttons can create the same effect.

Flow through piping components are more complex than that of straight pipe and the hydrodynamic parameters are important for design it.

This is because; a straight pipe segment substitutes each element of the piping system.

All the pipings considered for the investigation consist of straight pipes of about 20 m length and a minimal inner diameter of 100 mm.

While this approach is useful for straight pipes, modelling based on FEM is needed for the study of complicated piping systems, where the approximation functions used are local in support.

A part of the manifold attached to the riser forming a tee joint is taken into consideration for the analysis, and the actual flexible corrugated piping elements at inlet and outlet manifolds (Figure 1b) are assumed as straight pipe, as shown in Figure 2.

To do this, a 3-dimensional straight pipe element and a curved pipe element conveying fluid are formulated using the dynamic stiffness method of the wave approach and coded to be applied to any complex piping system.