1) Objectives: To create a new project (Structural / Architectural / Construction template ) and giving a suitable name. Step 1: Launch Revit Software           Step 2: Click on the File menu         Step 3: Click on the New and select project.      …

1) BIM stands for Building Information Modeling that is a concept or a process used by Modeling tools such as Revit. Features of BIM: Coordination: Autodesk Revit provides a collaborative environment that helps in coordinating with several other components and communicating with other designers or modelers. Coordinating…

  Objective: Creating Walls, Partition walls, and Floors for a residential layout using REVIT.   Tools/Software used: REVIT Software and its various tools.   Procedure: Step 1. Open the project file created from Week 2. I have chosen an area of 1326 sq ft of dimensions 26 ft x 51 ft (as…

1) Objective: 3D Creation of Ceiling, Roof, Architectural plan, Structural plan, Sectional view, Elevation view, and Camera specific view for a house plan using REVIT. Software used: REVIT and its tools. Procedure: Step 1:  Based on the project saved from Week 3, proceed from the First Floor Level. Model…

1) Why are building codes or standards essential for the modeling/ efficiency of drawings in Revit? A building code, or building control, is a set of rules that specify the minimum standards for constructed objects such as buildings and non-building structures. building codes or standards are essential for the modeling/…

1) Aim: To open an architectural template and use the Manage tab to set the project base point and project shared coordinates. Procedure: Step 1: Open a new architectural template and save it at an appropriate location. Step 2: Now click on Grid tools from the Architectural tab and draw a horizontal and a vertical…

1) I want to build a Multi-Unit Residential Apartment.   2) Aim: Assume reasonable assumptions for geographic and location details for your project modeling. Based on assumptions and type of structure selected, identify NBC's modeling requirements. Steps: This building will be modeled on the plain terrain…

1) What are HVAC systems? Why are they essential in the modeling of buildings HVAC stands for Heating, Ventilation, Air Conditioning. These systems are used in building to move air from outside to inside, ensuring cooling and heating in various commercial and residential buildings. They are essential…

1) Aim: To use the shortcut keys in Revit discussed in class to complete the following tasks and list them below Using 3D model create a section box                                   ...................... BX To create similar…

1) Aim: Using Dynamo, create a set of sinusoidal points and create a curve and create a surface out of the curve. With the help of the Dynamo, we can work with enhanced BIM capabilities in Revit. Dynamo and Revit together can be utilized tomodel and analyze complex geometries, automate repetitive processes, minimize…

1) Aim:  Use the Architecture/ Structure Project file developed by you in weeks 6 to 8. Export the Revit architecture and structure model to the Navisworks Cache file following the export settings discussed in class. Procedure: Step 1: Open the Architectural project and go to its 3D view. Using Export select…

1) Aim: To find out which is the most efficient in carrying gravity load in the given truss type and Reason it out. Theory: Trusses are designed to withstand gravity and uplift load, by transferring loads in the form of tension and compression to the top and bottom chords with vertical and diagonal bracings.…

1) Aim: To calculate the Net Sectional Area of Given tension members. Procedure: For Plate – Drilled Hole     For Plate – Zigzag bolting     For Angle (200 x 100 x 12 with M20 bolt)   Results: Net Sectional Area of given tension member is mentioned below:   Plate –…

1) Aim: To determine the effective length factor for the given cases. Height of column is 10 m and it is effectively restrained in mid height in one direction (in Z direction) but free to move in other direction (Y direction). Bottom of column is Fixed and top of the column is Free. Calculate effective length factor of…

1) Aim: To classify the given sections as Plastic, Compact, Semi- Compact or Slender. Procedure:     Result: Hence, the Sections are classified as follows ISMB 500 ...................................... Plastic ISMC 200 ...................................... Plastic PG 1300 x 450 x 20 x 12..................…

1) Aim: To check the adequacy of Plate Girder so that it can carry a factored shear force of 1000 kN. Given:  Size of Plate Girder 1200 x 300 x 25 x 10 Yield Strength of Plate (fy) = 250 MPa Factored Shear Force = 1000 kN. Procedure: Result: Since, the Web Shear Force carrying capacity corresponding to Web…

1) Aim: To design a chequered plate to carry a uniformly distributed Factored live load of 15 kN/m2. Consider the plate is spanned with a dimension of 1200 mm x 5000 mm with all edges fixed. (Refer Roarks chart table 11.4) Procedure: Result: A chequered plate with the dimension of 1200 mm x 5000 mm x 1 mm is…

1) Aim: To Model a Structure in Staad for given details. Bay spacing 5 m Span of Truss 30 m Shape of Truss – Pratt Truss Slope of truss 20 degree Height of the column 15 m Floor Beams at 5 m from base Secondary beams at 1.5 c/c Length of the building 50 m Column Supporting Floor Beam @ 6 m c/c Along the frame…

1) Aim: To apply the load for the structure model in the previous exercise. Form a Load case as DL for Dead Load Apply Self-weight Apply member load of 3 kN/m on the rafter Apply member load of 6 kN/m on the secondary beams Apply point load of 20 kN at node intersecting inclined member on the top chord. Form a Load…

1) Aim: To design a 3-hinged pitched roof frame for a steel building. Given: Assume no wind load acting on the walls and roof. Analyze the frame structure and draw bending moment, shear force, and axial force diagrams of the frame. The slope of the roof is 1 in 10 and the roof is accessible for maintenance purposes…

1) Aim: To calculate the total number of purlins and girts required for the building with the following inputs: Rafter span = 50 m Bay spacing = 8 m Roof slope = 1 in 10 Height of column = 12 m Brick wall height = 2 m Purlin spacing = 1.2 m Girt spacing = 1.5 m Procedure:  Step 1: Determining Number of Purlin:…

1) Aim: To determine the friction load of A pipe carrying LNG that rests on the shoe having a vertical force of 125 kN. Friction load on the axis and friction force are required to be determined if there is a TEFLON pad between the shoe and pipe support. Procedure : Friction factor/Coefficient and friction load on…

1) Aim: To design an Isolated Footing Design using STAAD Foundation for the given data:- Size of the column = 300 mm x 450 mm Axial load = 1500 kN Moment =  150 kNm ( Reversible) SBC of soil = 200 kN/m2 at a depth of 1 m from ground level Grade of concrete = M25 Grade of steel = Fe 415 Design is also to be verified…

Aim: To design the Main frame with Lean (Grid-2) & Gable frame without Lean (Grid-15) of the Proposed Coil center is to be modeled and designed with given data. Given Data: a. Building Parameters  Building Width = 30000.00 mm Width Module = Clear Span Building Length = 140000.00 mm Building Height = 11100.00…

Aim: To model and design a Proposed PEB Warehouse using STAAD.Pro with the following Technical specifications. About Pre Engineering Buildings: Pre-engineered buildings are factory-built buildings shipped to the site and assembled by bolting together. The columns and beams are custom fabricated I sections with…