CONCRETE MIX DESIGN FOR M 35 GRADE WITH FLY ASH SPECIFICATIONS: Slump Required = 75 mm Degree of Control = Good Exposure Condition = Severe Type of Coarse Aggregate = Sub Angular Zone of Aggregate = Zone - II Size of Aggregate = 20mm Fly Ash Content = 20% Specific Gravity of Fine Aggregate = 2.65 Specific Gravity of Coarse…

Aim:      To sketch a G + 1 Residential plan according to Vaastu Shastra and Calculation of Loads as per IS code. Introduction: Vaastu Shastra: Vaastu Shastra is the ancient Indian science of architecture and acts as a guideline to design your home in the way that enhaves positive energy. Our nature is abundant…

Aim: To Design and Draft a layout of a Residential Building for a Plot Size 60' X 20' (18.3m x 6m). To Draft the Architechtural drawings such as Floor Plan, Elevations and Section of the Builiding. To draft the Structural Drawings such as Column, Beam and Footing Plan of the drafted Building. Introduction: The Floor Plan…

Aim:      To Draft and create blocks of a Title Block, Legend for Electrical appliances, Door Frames of standard sizes and Bar Bending Schedule using AutoCAD. Introduction: The block command is very useful when a certain plan or electrical drawing is being drafted. As all the notations are already saves…

Aim:       Toi create and draft a Kitchen layout, Hatching of Architectural elements and sectional view of an Industrial Building using  AutoCad. Introduction: Hatching is a very useful command that can be used to shade an area or highlight a certain portion for Aesthetic point of view and also to indicate…

Aim:       To Create Multiple Viewports, Scale the Drawing and setting the Template using AutoCAD. Introduction: Viewports are areas that display different views of your model. In large or complex drawings, displaying different views reduces the time needed to zoom or pan in a single view. Errors…

Aim:      To create various 3D Models like Furniture, Footing, Girder, Column drop with panel and Gable Wall using 3D Tools in AutoCad. Introduction: The Drafting of 3D objects can be done using the 3D Modelling option in AutoCAD software. It helps to create and visualise the 3D objects which are created.…

Aim:      To create 3D isometric view for various structural elements such as a Plan, Staircase, Wall Footing and Building Facade using AutoCAD 3D Tools. Introduction: The Drafting of 3D objects can be done using the 3D Modelling option in AutoCAD software. It helps to create and visualise the 3D objects…

Aim:      To create a 3 Dimensional model of a Residential Building with a Rendered View using the 3D commands in AutoCAD. Introduction: he Drafting of 3D objects can be done using the 3D Modelling option in AutoCAD software. It helps to create and visualise the 3D objects which are created. We can also…

Aim:      To  Create 3D views of Ceiling, Roof, Architectural plan, Structural plan, Sectional view, Elevation view and Camera specific view for a house plan using REVIT Software. Introduction: The REVIT Software is very helpful in Modelling and Drafting of a 3D sketch realistically. The views…

Aim:           To Model and Draft a Multi-Unit Residential Buidling or Office Building or a School using Revit and Create views and Sheets along with rendering of the Interiors and Exteriors of the Residential Unit. Theory: We can model the Architechtural and Structural elements seperately…

Aim:          To use the Dynamo tool in Revit software to create a Sinusoidal curve, Conceptual Mass, Wall and a Parametric stadium. Procedure: 1. Creating a Sinusoidal Points and Curve   2. Creating a Wall and Wall type:   3. Creating an Array of Model Elements   4. Creating a Conceptual…

1. (a) Observations: Concrete crushed and the reinforcement is exposed. Concrete spalled beyond the reinforcement which may bea sign of rupture. Beam top portion looks safe beacuse of the flange advantage from slab. The crack develops from bottom to top means rebar yeindling occurs in support bottom only. Conclusion: It…

1. Differences between Static and Dynamic Analysis: Static Analysis Dynamic Analysis Load is constant with respect to time Load varies with time Static Problem has only  one response ie., displacement. Dynamic problem has mainly three responses, displacement, velocity and accelaration. Static Problem has only one…

Answer The Mass Matrix is Given as below     1. Calculation of Mass Matrix (M):     2. Calculation of Modal Property (L):     3. Calculation of Modal Participation Factor (Γ):     4. Calculation of Effective Modal Mass (M*):   5. Calculation of Modal Participation Ratio…

1. Observations Investigation of the framing plan with respect to Symmetry in X-Direction: If we split the plan vertically half, it will look like a mirrored image. We can conclude that the given plan is symmetric in X-Direction. Investigation of the framing plan with respect to Symmetry in Y-Direction: If we split the…

1. Comparision of the Three Alternatives Proposed   Criteria         Restraint of Floor Shrinkage Observation Full Restraints at all corners Corners are left free but restraints along the edge Non-Uniform restraints Conclusion Option (a) will have higher restraint to shrinkage, thus lead to cracks…

Aim:       To Model and Analyze a 25 Multi-Story Building using ETABS and checking those results with respect to the IS 1893-2016 Part-1. Introduction: The Seismic Design for the Building or Structures is given by IS 1893-2016. We can select the basis for design in the ETABS software while anayzing…

Aim:        To Model, Analyze and compare different Storey Building for Seismic Forces in terms of Time Period of the Structure. Introduction: The Natural Time Period influences the overall stability of the structure or the building. The Time period influences the Seismic forces produced in the Building.…

Aim:       To Design and Detail the Reinforment for the Beams for the provided Structural Configuration and Loadings for Seismic consideration and check them with respect to the Manual Calculation and ETABS output. Theory: The ETABS software uses a Finite Element Approach to calculate the forces in…

Aim:       To Design and Detail the Reinforment for the Columns for the provided Structural Configuration and Loadings for Seismic consideration and check them with respect to the Manual Calculation and ETABS output. Theory: The ETABS software uses a Finite Element Approach to calculate the forces in…

Aim:       To Design and Detail the Reinforcement for the Shear Walls for the provided Structural Configuration and Loadings for Seismic consideration and check them with respect to the Manual Calculation and ETABS output. Theory: The ETABS software uses a Finite Element Approach to calculate the forces…

Aim:        To Design an Isolated Shallow Foundation as per the guidelines provided by IS 456:2000 and draw the Reinforcement details.   Procedure: First we need to go through the Data which is given such as the Axial Load, SBC of soil etc., The next step is Proportioning of Footing Dimensions…

Aim:        To model the Structural elements, Analyze the model and check the structural mode until it requires Structural Code requirements. Procedure: Firstly we need to study the Plan of the Building and read wherever the columns are required by going through the Grid and centreline drawing. Now…

Aim:       To Model and Analyze an Isolated Footing and Pile Foundation for the given Loading details using SAFE software and check for Permissible Limits as per Code. Theory: The Isolated Footing is used in cases where there is enough Soil Bearing Capacity to support the Foundation. The Pile foundation…

Aim:        To Model, Analyze and Design a Hostel Building in Guwahati (Zone-V) with the help of ETABS and SAFE software. Introduction: The Isolated Footing is used in cases where there is enough Soil Bearing Capacity to support the Foundation. The Pile foundation is used in cases where there is not…