Sentence examples for dimensions of pipes from inspiring English sources

In terms of the geometrical dimensions of pipes, the critical compressive stress increases with thickness and decreases with diameter.

It is proved that only one of these components depends on time, and it is common in all EPs of the same diameter, the other three depending on the basic design parameters of the EPs, i.e. the number of pipes, the type and dimensions of pipes and the heat/flow characteristics in the pipes.

The dimension of pipe condition and performance is the consequence scale considered as relevant for this paper.

The scaling process consists of heat transfer scaling of the heat exchanger and the pressure resistance scaling of the riser and downcomer sections, the purpose of which is to keep the driven force and pressure resistance of the model same with those of the prototype by changing the dimensions of the pipes.

Furthermore, while the geometry of pipe bends appears to be simplistic, the manufacturing process employed results in variations to the critical dimensions of the pipe bends.

Dimensions of the pipe varied in each case depending on the type of material used.

To simulate the dimensions of the pipe and achieve similar conditions to that of the experimental setup, the final radius was chosen to be 80 mm.

In this analysis, the following geometric and operating parameters are considered as variables: the absorber plate area, dimensions of solar collector, pipes' diameter, mass flow rate, fluid inlet, outlet temperature, the overall loss coefficient, etc.

On the basis of this structural model, we developed simple but robust finite element software that can process various design conditions and variables of the SPRUAM, such as ground condition, tunnel section, primary support characteristics, and the dimensions of the steel pipes.

A two-dimensional internal resistance R a (m K W−1) is additionally determined from the flow of water in the inner pipe as well as the thermal conductivity and dimensions of the inner pipe.

The calculation includes a two-dimensional outer resistance R b (m K W−1) determined from the flow of water in the annulus and the thermal conductivity and dimensions of the outer pipe and the backfilling material.