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SUR 4201 Route Geometrics and Design |
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Instructor: Dave Gibson,
Ph.D. Office: 305 Reed Lab Phone: 352-392-6010 Email: dgibs@ufl.edu Syllabus: here
Module: Intro to Route Geometrics Lecture 1: Intro to Route Geometrics and Design Module: Angles, Azimuths, Bearings, Traverse Closure Lecture 2: Angles, Azimuths, Bearings Lecture 3: Base
Line Control Traverse Assignment: see
HW1 on eLearning Module: Horizontal Alignment Design and Calculation Lecture 4: Horizontal Alignments and Curves Optional Lecture Videos Video 2 (start at 9:40), Video 3 (stop at 12:00) Lecture 5: Horizontal Route Design Calculations, Horizontal Baseline Plotting You may view a *.doc of my final Excel spreadsheet: here Assignment: see
HW2 on eLearning Module: Vertical Alignment Design and
Calculation Lecture 6: Profiles and Vertical Route Tangents Opt.Video Lecture: Intro Vert.Align (3) (after 12:00) Lecture 7: Vertical Curve Theory Optional Video Lecture: Vertical Curve Equations (4) Lecture 8: Vertical Alignment Design Optional Video Lect: Spec.Vertical Curve Probs.(5) (1st part) Assignment: see
HW3 on eLearning Module: Cross Sections and Volumes Lecture 9: Plotting Cross Sections Optional Video Lecture: Intro Cross Section Geometry (5) Lecture 10: Design Typical Sections Lecture:11: End Areas Optional Video Lecture: End Areas and Volumes (6) Lecture 12: Earthwork Volume Calculations Optional Video Lecture: Earthwork Volumes (7) Lecture 13: Surface Models, TIN Assignment: see
HW4 on eLearning Quiz 1: Presolution Quiz 1: here, Midterm Quiz 1 Review, Selected Answers Module: Spirals Lecture 14: Intro to Spirals Optional Video Lecture: Intro to Spirals (last part of video7) Lecture 15: Spiral Comps and
Formulas 2&3
Optional Video Lecture: Derivation of
Spiral Formulas (8) Lecture 16: Insertion of Spirals
Optional Video Lecture: Insertion of
Spirals (9) Lecture 17: Spirals Design Processes Assignment: see HW5 on eLearning Module: Superelevation Lecture 18: Intro to Superelevation, Eq Optional
Video Lecture: Intro to Superelevation (10) Lecture 19: Superelevation Design Standards Lecture 20: Superelevation Transitions Optional Video Lecture Superelevation Transitions (11) Access to FDOT/AASHTO Design Standards: http://www.myflorida.com/, Government, Executive Branch, FDOT, Doing Business with FDOT, Roadway Design, Design Standards, latest Standards Booklet S, 500 Series, 510.pdf Assignment: see
HW6 on eLearning Solution Video: here Module: Earthwork Analysis
and Mass Diagram Lecture 21: Intro to Quantities, Earthwork Optional Video Lecture: Intro to Earthwork Analysis (14) Lecture 22: Mass Diagram
Construction
Optional Video Lecture: Mass Diagram
Analysis (15) Lecture 23: Mass Diagram Analysis (*wmv) NOTE: For Lecture 23, FIRST, printout these two jpgs. Mass Diagram 1, Mass Diagram 2 Do the graphical construction on paper as I do on the videos – you'll learn much more!!!
Assignment: see HW7 on eLearning Solution Video: here Quiz 2: Presolution Quiz 2: Use your graded HW's 5, 6, 7 on SR 25 as your presolution and open notes for Q2. You should "fix up" any problems found in the solutions. Review Document Module: AASHTO
Geometric Design Standards Lecture 24: Geometric Design Standards Opt. Video: Intro to AASHTO Geometric Design (12) Lecture 25: Sight Distance Design Opt. Video: AASHTO Green Book Standards (13) Lecture 26: Safe Road Evaluation Assignment: see HW8 on eLearning Module: A Route
Project Lecture 27: A Route Project Time Line Opt. Video: Typical Route Project (End of 1) (Beginning of 2) Lecture 28: Review of Plans 1 (view with Windows Media Player) Lecture 29: Review of Plans 2 (Windows Media), view alongside the plan set scan below. Review of Plans 2 Excel (pull this up and printout to help track the video) Lecture 30: Right of Way Acquisition (not for Fall 2007) Opt Video: Right of Way Acquisition (18) Lecture 31: Construction Layout Surveys(not for Fall 2007) Opt Video: Construction Layout Surveys (25) The Plan Set: Bearss Ave Route Plans Module: Geopak/Microstation "Labs" on www.geomatics.ifas.ufl.edu Course Materials, SUR 4201L Lecture 32: Tutorial Labs
2 and 3 Intro to Microstation: Lecture 33: Tutorial Labs
4 and 5 Convert Graphics, Surface Modeling by TIN Lecture 34: Tutorial Labs
6 and 8 Ground Profile, Vertical Design, Superelevation Shapes Lecture 35: Tutorial Labs
9 and 10 Cross Sections, Slope Limits, Earthwork Assignment:
see HW9 on eLearning
Presolution for Final: GEOPAK/ MICROSTATION files: Knucklehead's Guide to Geopak:
http://www.wfl.fhwa.dot.gov/design/cadd/idiot2004/idiot2004.htm SUR4201 seed file for setting up new dgn sur4201seed.dgn
Loxahatchee map to attach as reference
file: lox.dgn Raw TIN text file: tin.txt Input Files criteria file: for creating cross sections criteria earth input: for calculating earthwork earth |
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