COMPENSATION:The ruling GRADIENT is the maximum gradient on a particular section, but if a CURVE lies on a ruling gradient, the resistance due to gradient is increased by that due to curvature, and this further increases the resistance beyond the ruling gradient. In order to avoid resistances beyond the allowable limits, the GRADIENTS are reduced on curves, and this reduction is known as the grade compensation for the curve.Allowable ruling gradient = Ruling gradient - Grade compensation Grade compensation (GC) for BG = 0.04% per degree of curveGrade compensation (GC) for MG = 0.03% per degree of curveGrade compensation (GC) for NG = 0.02% per degree of curveCalculationGiven,Degree of curve D = 5° Ruling Gradient = 1 in 200 So for 5° curve, compensation,= 0.04 × 5 = 0.20%∴ Ruling gradient \(= \frac{1}{{200}} \times 100 = 0.5{\rm{\% }}\)∴ Allowable gradient = (0.5 - 0.2)% =\( {\rm{\;}}\frac{{0.3}}{{100}} = \frac{1}{{333}}\)∴ Allowable Gradient = 1/333

"> COMPENSATION:The ruling GRADIENT is the maximum gradient on a particular section, but if a CURVE lies on a ruling gradient, the resistance due to gradient is increased by that due to curvature, and this further increases the resistance beyond the ruling gradient. In order to avoid resistances beyond the allowable limits, the GRADIENTS are reduced on curves, and this reduction is known as the grade compensation for the curve.Allowable ruling gradient = Ruling gradient - Grade compensation Grade compensation (GC) for BG = 0.04% per degree of curveGrade compensation (GC) for MG = 0.03% per degree of curveGrade compensation (GC) for NG = 0.02% per degree of curveCalculationGiven,Degree of curve D = 5° Ruling Gradient = 1 in 200 So for 5° curve, compensation,= 0.04 × 5 = 0.20%∴ Ruling gradient \(= \frac{1}{{200}} \times 100 = 0.5{\rm{\% }}\)∴ Allowable gradient = (0.5 - 0.2)% =\( {\rm{\;}}\frac{{0.3}}{{100}} = \frac{1}{{333}}\)∴ Allowable Gradient = 1/333

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On a section of B.G track, the ruling gradient is 1 in 200. If the track is laid in that place at a curve of 5°, then the allowable ruling gradient on the curve will be

Current Affairs General Awareness in Current Affairs . 8 months ago

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Concept:Grade COMPENSATION:The ruling GRADIENT is the maximum gradient on a particular section, but if a CURVE lies on a ruling gradient, the resistance due to gradient is increased by that due to curvature, and this further increases the resistance beyond the ruling gradient. In order to avoid resistances beyond the allowable limits, the GRADIENTS are reduced on curves, and this reduction is known as the grade compensation for the curve.Allowable ruling gradient = Ruling gradient - Grade compensation Grade compensation (GC) for BG = 0.04% per degree of curveGrade compensation (GC) for MG = 0.03% per degree of curveGrade compensation (GC) for NG = 0.02% per degree of curveCalculationGiven,Degree of curve D = 5° Ruling Gradient = 1 in 200 So for 5° curve, compensation,= 0.04 × 5 = 0.20%∴ Ruling gradient \(= \frac{1}{{200}} \times 100 = 0.5{\rm{\% }}\)∴ Allowable gradient = (0.5 - 0.2)% =\( {\rm{\;}}\frac{{0.3}}{{100}} = \frac{1}{{333}}\)∴ Allowable Gradient = 1/333

Posted on 21 Oct 2024, this text provides information on Current Affairs related to General Awareness in Current Affairs. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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