Hydrology Problem:A reservoir is being planned for Albuquerque, NM. The design evaporation is set as the critical period of July. Compute evaporation depth during July using the Penman method. The net radiation is 361 ly/day with a pressure of 838 mb.Max Temperature: 92°FMax Wind Speed: 7.3 mphRelative Humidity: 31%Use the equation(s) to guide you: стEpL.EaA+ YQn +daypis the density of water (mass/volume) = 1 g/cm?Le is the latent heat of vaporization evaluated at the temperature of the air (energy/mass)Le = 597.3 – 0.57* T (°C)Q, is the net radiation absorbed (energy/area-time)E, is the "drying power of the air" as an energy flux (energy/area-time)E, = pLe (a + bu)(e, – ea)a + bu is empirical transfer constants in length per pressure timee, is the saturation vapor pressure at temperature in the air (pressure)4278.6e. = 2.7489 * 10° x exp (- T+242.79,e, is the actual vapor pressure in air based on relative humidityea = RH x esy is the psychometric constant (pressure/temp)0.66 * PmbY ==1000A is the slope of the saturated vapor pressure over time (pressure/temp)2.7489 * 108 × 4278.6-expmbde,A=dT4278.6p(-(T + 242.79)2T + 242.79,

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A reservoir is being planned for Albuquerque, NM. The design evaporation is set as the critical period of July. Compute evaporation depth during July using the Penman method. The net radiation is 361 ly/day with a pressure of 838 mb. Max Temperature: 92°F Max Wind Speed: 7.3 mph Relative Humidity: 31%

A reservoir is being planned for Albuquerque, NM. The design evaporation is set as the critical period of July. Compute evaporation depth during July using the Penman method. The net radiation is 361 ly/day with a pressure of 838 mb. Max Temperature: 92°F Max Wind Speed: 7.3 mph Relative Humidity: 31%

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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