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17-09: Time and Temperature Dependent Mechanical Behavior of PP FillsMechanical behavior of plastic components are not only dependent on the pure load or load case (e. g. bending vs. pure compression), but also on the loading time and temperature. The impact of these two factors will be discussed in this paper based on different testing results for polypropylene. Additionally a simplified viscoelastic model has been derived from that data to get a general idea for the engineering of plastic fills.

and both bio-mass and suspended bacteria testing was established for a cooling tower water system to determine the effectiveness of an Electrodynamic Field generator

A numerical model to predict the ice transport and accumulation at the river intake was developed and validated

lower weight and corrosion resistance

This paper will document a case of a large cooling tower application in the Gulf Coast that had a 17 parts per billion (ppb) discharge limit placed on it and how ultrafiltration membrane technology was used successfully to lower the cooling tower blowdown copper concentration from 400 ppb to less than 17 ppb

These cooling towers will cover a wide range of locations (AZ

which operates 30 condenser open cooling circuits in nuclear power plants in France

which need to be replaced after around 30 years

The process loop produces steam under vacuum in conditions typically utilized in power or other process plant applications

Mechanical behavior of plastic components are not only dependent on the pure load or load case (e

in a comparative study of ten commercially available additive formulations1

due to this stream's high salinity

CTI Multi-Agency Testing Committee - Wet Bulb Instrument Investigation

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