Assume pipeline is very long and is connected to a bulk tank (also at 100psi, 100F) with an unlimited quantity of ammonia. Now assume this pipeline breaks. So you have a 3" line that is vented to atmospheric. How can I calculate steady-state flow through this rupture? I don't need ...
“Since using Shopify POS, we’ve freed up a lot of time that would have otherwise been spent on operations,” says Sophie Rankine, co-founder ofelph ceramics. “That’s time we can now use to implement some of the strategies we have while assuring the day-to-day operations run smoothly...
Scottish Engineer James Watt invented the horsepower metric in the late 18th century to compare the output of steam engines with the power of draft horses. Watt realized that horsepower could be used to express the rate of engine power. How do you calculate horsepower? The answer is simple: h...
How do you calculate the difference in temperature b/t the freezing point of water and the normal boiling point of water on the celsius scale and on the the kelvin scale? Suppose that on a linear temperature scale X, water boils at 53.5 degrees X ...
The Non Flow Energy Equation is a mathematical equation used to calculate the amount of energy present in a system at a specific point in time. It takes into account all forms of energy, including potential, kinetic, and internal energy, and can be used to analyze various physical ...
which helped Pesavento to calculate the power output and efficiency of the solar arrays. However, Cove describes these plugs for converting heat from a wood stove into electricity, which is not compatible with his choice of material. To make the stove generator work, it required ZnSb plugs with...
uses the Rankine Cycle. None of these cycles can be used to completely convert energy into work. This is because all of them have to reject heat into the environment. A power plant or steam engine has to condense steam in order to send the water back to the boiler (losing energy). An...
The main equations used to calculate the main performance and parameters of the RO unit are listed in Table 3. Table 3. Main mathematical relations used in modeling the RO unit [19]. 4.4. Thermodynamic Assumptions and Input Data A thermodynamic code working at steady state conditions is ...
Imageries over 45 years (Landsat and Sentinel-2) were used to calculate indicators of S, E and AC based on evergreen forest, agricultural land proportion and fragmentation dynamics. Above-ground biomass and carbon stock, integrating other structure parameters such as tree or stem diameter [86]...
To calculate the thermophysical and thermodynamic properties of seawater, add-on library functions available in the software are used. In addition, to conduct an economic analysis of the heat exchangers and dehumidifiers, the overall heat transfer coefficient of each heat exchanger is needed, which ...