Civil engineering suggestions for upcoming examination
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1. This document provides civil engineering exam preparation suggestions for the upcoming WASA examination. It lists 18 key topics to focus on, including how to calculate lengths and bearings of lines, properties like fineness modulus and slenderness ratio, surveying techniques like back sights and fore sights, structural analysis concepts like bending moment diagrams and influence lines, structural member design of beams, columns, slabs, and foundations, hydrology topics like aquifer discharge and channel design, soil mechanics topics like soil-water relationships and consolidation, and construction management topics like pumps and the critical path method.
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Civil engineering suggestions for wasa
Civil engineering suggestions for wasaPrionath Roy
油
1. This document provides civil engineering exam preparation suggestions for the upcoming WASA examination. It lists 18 key topics to focus on, including how to calculate lengths and bearings of lines, properties like fineness modulus and slenderness ratio, surveying techniques like back sights and fore sights, structural analysis concepts like bending moment diagrams and influence lines, structural member design of beams, columns, slabs, and foundations, hydrology topics like aquifer discharge and channel design, soil mechanics topics like soil-water relationships and consolidation, and construction management topics like pumps and the critical path method.Civil engineering suggestions for upcoming examination
Civil engineering suggestions for upcoming examinationPrionath Roy
油
1. This document provides civil engineering exam preparation suggestions for the upcoming WASA examination. It lists 18 key topics to focus on, including how to calculate lengths and bearings of lines, properties like fineness modulus and slenderness ratio, surveying techniques like back sights and fore sights, structural analysis concepts like bending moment diagrams and influence lines, structural member design of beams and columns, soil mechanics topics such as aquifer discharge and properties including density index and plasticity index, and construction management topics such as critical path method.M.sc ques 2011(1)
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2) Testing the specimens for properties like stability, flow, density and air voids to determine the optimum bitumen content.
3) The optimum bitumen content is taken as the average of the contents that produce maximum stability, maximum density and air voids of 4%.
4) Graphs of properties vs bitumen content are used to identify the optimum content meeting specifications.59105128 civil-engineering-objective-type-questions
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Civil engineering suggestions for upcoming examination
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