Week 4 Challenge

  Given below is a plan view of a framing layout of a typical school classroom. Design beam marked B1 and the floor slab per IS 456-2000. Use M25 concrete and Fe 415 steel. Use 20 mm clear cover for slab and 30 mm clear cover for beam. Consider a 2.5 kN/m2 super imposed dead load accounting for floor finish and…

  Q-01: A structure is subjected to Dead load of 100 kN, Super imposed dead load of 50 kN, Live load of 200 kN, Wind load of +/- 150 kN and Earthquake load of +/- 200 kN.   Determine the design loads on structure per Working Stress Method (WSM) and Limit State Method (LSM) of design.   Answer:   Given That,   Dead Load…

Q-01: Plot stress-strain curve of concrete per modified Hognestad method and per IS 456-2000. Clearly show the characterisitic features of the stress-strain curves in both methods and compare them. The parabolic stress vs strain curve for concrete has been studied extensively. Attempts have been made to develop an…

Q-1: Prepare the project details of proposed metro project in your city. The detail shall include......            1.A  2 most possible routes. why? Answer:              a. PCMC - SWARGATE              b. VANAZ - RAMVADI                  The most likely peak traffic demand on PCMC - SWARGATE carridor has been assessed…

A Shree Company has plans to construct a cable-laying project. In Project, construction has a several work packages and activities are involved. Try to use the resource optimistically and also to reduce the time and cost. The activities for customizing various functional areas are stated as work package and their relationships…

PROJECT-01: Prepare a Plan to contruct a Bridge which will 6 days working calendar and WBS like Identify the Problem, Determine Constriants, Analysis of Design, Design Refinement, Implement Plan, Construction, Pre-streseed concrete, Final Step and Testing & inception.  KEY HIGHLIGHTS A- Create a Calendar: …

                                                                                                            PROJECT-03 A- EXISTING TERRAIN :        Open "OPEN ROAD DESIGNER" software > WorkSpace : Training and Examples > WorkSet : Training-Metric > Click on new file > Save in "COMPLETED ASSIGNMENT" > Seed : Seed 3D-Metric…

1. Create alignment plans in sheets. 2. Create roadway double stack plans in sheets. 3. Create plan and profile sheets. 4. Create cross sections sheets.   Q-1 : CREATE ALIGNMENT PLAN SHEET :               Create a file named as "ALIGNMENT PLAN SHEET" with 2D Seed > Reference the…

1.Design Superelevation using Template for the mainline alignment and Assign it to the corridor? 2.Define Traget Aliasing and create another small alignment show the Target aliasing how it works on the ORD interface? 3.Create Parking lot as mentioned in course work videos? 4. Open the DGNLIB file. List out the names of…

Existing 2 lane undivided rural highway of 11’ travel lanes + 4’ shoulder. Typical cross slope is 2.0% Speed of 50 MPH, rolling terrain, major arterial category of the highway remains the same. Proposed condition – existing 11’ lanes to be made 12’. Adding 1 center turn lane of 12’ and…

1. Open the profile model for the innermost shape. Create existing ground profile.  2. Design the proposed profile for the existing ground & one more Design profile at one constant elevation?  3. Change the designed profiles for all the shapes with constant or variable slopes of desired values.(Using civil rules)    Q-1…

Design the mainline alignment. Create the existing ground profile of the above created alignment. Design the proposed profile for the mainline alignment. Design alignments for remaining 4 intersecting streets (use mainline alignment CL to tie in). Export the alignments, profiles to Land XML and save it in geometry folder.…

1. Create a MicroStation rectangle, complex line and apply civil rule features to the same with linear > matchline feature definition. 2. Build geometry of your own parameters with geometry builder tool. 3. *Design an alignment on the 1st intersecting street. Design the proposed profile for the same. Name the alignment…

1. Create new DGN file for horizontal geometry. Draw tangent lines with various methods. Insert curves in between them as well at the ends. Apply feature definitions to all these elements. 2. Create a square of 500’ side with fillets at 2 ends and chamfer at other two. Make complex. Offset this shape inside 5’…

1. Create a terrain model by different methods –  By Text interpolation By ASCII 2. Edit the terrain model created 3. Annotate the contours with labels 4. Change the contour interval.   Q-1 : (A)CREATE A TERRAIN BY TEXT INTERPOLATION :             Created a file named…

1. Create a terrain model by different methods –  From file By Graphical Filter By elements 2. Select the terrain model which you would be using for your entire design. (point to consider – dense triangulated, covering the area, no bad spots, etc.) with any one of the methods above to clear unwanted triangles,…

1. What are workspaces and worksets? List Civil specific variables (min. 5). Where is the workspaces saved on computer (default location).  2. What are feature definitions? What is broader classification of feature definition types. 3. Create a dgn file with 2D imperial seed file and 3D imperial seed file. Save it…

1. Create a design summary report (DSR) for the following items for any highway you are aware of in your region. Mention the highway name, and location: - Category/Class of the road. Design speed of the road. Terrain classification. Travel Lane width. Typical min. cross slope. Horizontal curve radius without superelevation.…

PROJECT 02 ASSIGNMENT1. Complete a project based upon all previous lectures.2. See completed .PDF as a go-by for project criteria.   STEP-1 :              Open a drawing file with given template "COMPANY_XYZ" and save as "ALGNRD-02".             Open…

1. Create Civil 3D Design File. 2. Create surface File & Create Surface by using given Survey Data. 3. Create Alignment by Using Proper Geometry Standard & apply Supeelevation. 4.Create View frames & sheet  & create seperate .dst file for the same. 5. Workout quantity by using civil 3d. Q-1 : CIVIL…

Key Highlights: Point creation and grouping them with the help of description. Preparation of surface and importance of breaklines. Horizontal alignment design and adding super elevation. Vertical profile design. Cross section template creation based on proposed conditions. Corridor modelling and extraction of finished…

     Develope the road geometric design for 2lane NH concrete road with paved shoulder for 80kmph design speed from the provided data.  Creation of surface. Alignment & profile design. Creation of assembly & subassembly. Corridor development. Section line & detail cross section.   Answer: …

Q-1: HIGHWAY ELEMENTS REQUIRED FOR GEOMETRIC DESIGN : Followings are the parameters which are required for geometric design ;  Geometry Control Factors Design Speed  Topography Traffic Design Vechile Enivironment Human Economy Aesthatics    a - GEOMETRY CONTROL FACTORS : Geometry of a highwaydepends…