Q Highway and Railway Engineering Assignment Help EG7032 Highway and Railway Engineering Assignment Help - Hire Qualified UK Tutors For EG7032 Highway and Railway Engineering Assignment Help And Secure Good Grades!! Previous << >> Next DO YOU WANT TO EXCEL IN EG7032 HIGHWAY AND RAILWAY ENGINEERING ASSIGNMENT? HIRE TRUSTED TUTORS FROM MIRACLESKILLS AND ACHIEVE SUCCESS! EG7032 Highway and Railway Engineering Assignment Get HND Assignment Help Online from a Reliable and Trusted Assignment Writing Service. We have top HND assignment helpers who are ready to assist you with excellent quality work. Title - Highway & Railway Engineering Individual Project Project Brief - You are an engineer working for an engineering consultancy who has been commissioned by a transport authority to provide technical assistance related to the following highway and railway problems: Part A - Site Investigations A detailed deflection survey was carried out using a Falling Weight Deflectometer (FWD) on an existing north-south 2-lane highway pavement. Deflections were recorded at 500 ft intervals in the outer wheel path of both outside lanes. Analyses of these deflections show relatively high deflections at the point of loading (d1) and large variations over short sections of road. Deflections were initially analysed for each traffic lane. However, the analyses for the northbound and southbound traffic lanes correlated well so both sets of results were combined by averaging the northbound and southbound deflections. The results are shown in Table Q1.1. Assume sensor 6 is located at a distance of 24in from the load, Poisson's ration of the subgrade is 0.35, and the applied FWD load was 9,000 lb. i) Using the method of cumulative-sums technique, identify potential uniform sections for the combined pavement layers and also for the subgrade alone. Clearly show all your workings and present your results (chainage vs. uniform sections) in either a tabular fashion or on a graphical plot. ii) Estimate the subgrade modulus using Boussinesq's equation and propose treatment option(s) for the subgrade based on the FWD deflection criteria discussed in class. Achieve academic excellence with top-quality Unit 18 Civil Engineering Technology assignment help. Hire skilled UK writers now to ensure your success in mastering civil engineering concepts. MIRACLESKILLS.COM ACCEPTS INSTANT AND SHORT DEADLINES ORDER FOR EG7032 HIGHWAY AND RAILWAY ENGINEERING ASSIGNMENT - ORDER TODAY FOR EXCELLENCE! Table Q1.1 Summary of FWD deflection (mils) data for existing 2-lane highway Chain-age Deflection Sensor D1 D2 D3 D4 D5 D6 0 360 235 148 109 79 52 500 370 242 192 142 92 39 1000 355 200 163 125 88 34 1500 335 155 103 83 66 47 2000 275 156 141 126 74 34 2500 280 158 120 81 43 38 3000 300 178 109 79 58 37 3500 283 170 120 70 35 25 4000 265 172 127 82 37 30 4500 263 167 101 74 56 37 5000 261 172 166 85 50 25 5500 267 170 115 60 45 15 6000 263 178 105 71 50 10 6500 250 150 113 75 38 12 7000 235 160 100 40 39 25 7500 223 146 77 49 43 19 8000 261 160 105 50 38 28 8500 300 185 115 60 48 23 9000 400 150 108 53 40 34 9500 450 250 148 93 80 35 10000 446 315 182 113 68 36 Note: 1 mil = 1 thousandth of an inch. Craft a compelling design proposal for a new infrastructure project with expert guidance on Unit 18 Civil Engineering Technology-Higher National Diploma in Construction and The Built Environment. Elevate your proposal with professional insights and detailed support to showcase your engineering expertise. NEVER LOSE YOUR CHANCE TO EXCEL IN EG7032 HIGHWAY AND RAILWAY ENGINEERING ASSIGNMENT - HIRE BEST QUALITY TUTOR FOR ASSIGNMENT HELP! Part B - Highway Pavement Analysis and Design A pavement section has 5 in. (125 mm) of hot mix asphalt, 15 in. (375 mm) of crushed granular base, over a subgrade. Assume the modulus values for the materials are 425,000 psi (2930 MPa) for the asphalt concrete, 24,000 psi (165 MPa) for the granular base, and 4,500 psi (31 MPa) for the subgrade. i. Using a suitable elastic layer software (be sure in your write-up to tell me which one), find the critical responses for radial strain in the asphalt concrete, vertical stress in the crushed granular base, and vertical stress in the subgrade, and vertical deflection on the surface. Use a 6 in. tyre radius with a 10,000 lb (44.5 KN) wheel load. ii. Using suitable transfer functions, estimate the pavement life in terms number of equivalent standard axles to limit fatigue and rutting distresses in the pavement section. Master the essentials of construction information with detailed insights on types such as drawings, detailing, and specifications. Gain a comprehensive understanding for your HND in Construction and The Built Environment, ensuring you can effectively manage and execute construction projects. Part C - Track structure analysis & design i. Describe, with illustrations, four types of trackbed structures in common use indicating some of their advantages and disadvantages. ii. For the track structure shown in Figure Q3.1, it desired to replace the concrete ties with wooden ties. Determine the reduction in service life as a result of the change from wooden ties to concrete ties. Clearly state all assumptions made. You may use a suitable any layer elastic analysis software of your choice to support your answer. ORDER NEW EG7032 HIGHWAY AND RAILWAY ENGINEERING ASSIGNMENT & GET 100% ORIGINAL SOLUTION AND QUALITY WRITTEN CONTENTS IN WELL FORMATS AND PROPER REFERENCING. Part D - Environmental impacts i. Briefly discuss the mechanism of ballast system failure. Use well-labelled sketches to illustrate your answer. ii. Discuss the implications of ballast failure. iii. Discuss the main differences between the aggregates for railway ballast and aggregates for highway granular base construction. iv. Discuss three factors that are critical to aggregates used for construction track ballast high speed rail applications. GET GUARANTEED SATISFACTION OR MONEY BACK UNDER EG7032 HIGHWAY AND RAILWAY ENGINEERING ASSIGNMENT HELP SERVICES OF MIRACLESKILLS.COM - ORDER TODAY NEW COPY OF THIS ASSIGNMENT! Have you always wished to receive excellent grades on your assignments? Are you prepared to receive an A+ on every project right now? 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