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Engineering Design Data:Menu - civil engineering

 
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Natural Stones Physical and Thermal Properties
A stone or a rock is a naturally occurring composite of minerals. Stone has been used for thousands of years as a major construction material because it possesses qualities of strength, durability, architectural adaptability, and aesthetic satisfaction.
Wood Strength and Related Engineering Design Properties
Properties of Wood at 12% Moisture Content (Average Values from Tests on Clear Pieces 2 x 2 inches in Cross Section per ASTM D143)
Rock Engineering Properties
Table chart giving typical properties including Solid density, Unconfined Compressive Strength, Young's Modulus, etc.
Reinforced Concrete Sewer Pipe
ASTM C76– Reinforced Round Concrete Culvert, Storm Drain, and Sewer Pipe for Nonpressure (Gravity Flow) Applications
Concrete Sewer Pipe Dimensions
ASTM C14 – Nonreinforced Round Sewer and Culvert Pipe for Nonpressure (Gravity Flow) Applications
Excavation Removal Rates
Excavation Removal Capacity Volume Rates vs Methods. The cost of excavation depends on many factors, including the volume and nature of the material to be excavated, the method used, the distance moved and disposition of the excavated material, and backfill considerations.
Concrete Long Term Creep Deflections per. ACI 318 Equations
Long-term deflection is caused by creep and shrinkage of the concrete. The long-term deformation develops rapidly at first and then slows down, being largely complete after approximately five years.
Capillary Number and Pressure Formulas and Calculators
The capillary number (Nc) is a dimensionless quantity representing the relative effect of viscous drag forces versus surface tension forces acting across an interface between a liquid and a gas, or between two immiscible liquids.
Fractional Flow Curve Formulas and Calculator
A fractional flow curve (fw versus Sw) is used to describe the immiscible fluid displacement process, Sw (prevailing water saturation)
Odor Control and Odor Thresholds
Ventilation engineering: (1) contemporary construction methods result in buildings that allow less air infiltration through the building envelope; (2) indoor sources of odors associated with modern building materials, furnishings, and office equipment have increased; (3) outdoor air is often polluted; and (4) energy costs encourage lower ventilation rates at a time when requirements for a relatively odor-free environment are greater than ever.
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