Examples of Centerline radius in a sentence
Centerline radius of bends shall be not less than two duct diameters.
Given the existing nature of the street, the applicant is proposing a 15 mph design speed rather than a 30 mph design speed.C.5.b. Centerline radius.
An approximation of the superelevation at a channel bend can be obtained from the following equation: H =V2Tw/grc (Eq. 6-4) where H = Superelevation, FT V2 = Flow velocity, FPSTw = Top width of channel, FTrc = Centerline radius of curvature, FTg = Acceleration due to gravity, 32.2 FT/SEC2The freeboard shall be measured above the superelevation water surface.
Centerline radius of elbows shall be 1.5 times the diameter except reducing elbows shall have a centerline radius of 1.5 times the diameter of the larger end.
An approximation of the superelevation at a channel bend can be obtained from the following equation: h = V2Tw/grc (Equation 6-8) where h = Superelevation, feet V = Flow velocity, ft/sTw = Top width of channel, feet rc = Centerline radius of curvature, feet g = Acceleration due to gravity, 32.2 ft/s2 The freeboard shall be measured above the superelevation water surface.
Centerline curve information for each horizontal curve shall be tabulated on the plan in the following manner: _ = ____' " (Angle of intersecti D = ____' " (Degree of curve) R = ' (Centerline radius) T = ' (Tangent Length) L = ' (Length of curve) _, or Delta, is the external angle of intersection of the tangents at the P.I.
Centerline radius should be not less than 1-1/2 times duct width.
Centerline radius (CLR) is 1 x diameter making them perfect for HVAC systems.
As a brief summary ofhorizontal curve design, the following equations are listed: Δ = Deflection angle (degrees)R = Centerline radius, or radius of curvature (feet) L = Length of curve (feet) = Δ (R) (2π / 360º) D = Degree of curve (degrees) = 5729.58 / RT = Tangent of curve (feet) = R tan (Δ)C = Chord, or long chord (feet) = 2 R sin (Δ/2)PC T PI LRCΔTangent sectionT PT Horizontal curve information is required in order for the Stormwater Engineering Divisionto review and approve site development plans.