CHALLENGE 5   Calculate the Concrete Mix Design for M35 grade concrete with fly ash and M50 grade concrete without fly ash. Aim: The main aim of this project is to determine mix proportion of two different grade of concrete with and without the presence of fly ash. Introduction: Concrete Mix Design is the concept…

CHALLENGE 10 Sketch a G+1 floor residential plan, according to vaastu shastra and list down the names of the structural drawings required to be provided to the site for construction. Also assume the sizes of the structural elements and accordingly calculate the individual corresponding loads from the members as per IS…

CHALLENGE 7 Aim: The main aim of this project is to gain the knowledge about the concept of modelling of a pipe rack and the various levels that are considered during the modelling of a pipe rack. The concept of different platforms that are generally provided in the pipe rack are also understood. Introduction: Pipe racks…

CHALLENGE 14 Aim: The main aim of this project is to gain the knowledge about the concept of modelling of a pipe rack and the various levels that are considered during the modelling of a pipe rack. The concept of different platforms that are generally provided in the pipe rack are also understood. Introduction: Pipe racks…

CHALLENGE 1 Aim: The main aim of this challenge is to gain the knowledge about the concept of industrial structures and the properties of the materials that are used in the construction of the industrial building. Introduction: Any building structure used by the industry to store raw materials or for manufacturing products…

CHALLENGE 2 Aim: The main aim of this challenge is to gain the knowledge about the concept of design of a tension members and the various causes of failure of the tension members. And to determine the sizes that are required for the tension member is also learnt. Introduction: A tension member is a member which transmits…

CHALLENGE 3 Aim: The main aim of this challenge is to gain the knowledge about the concept of design of a compression members and the various parameters that are to be taken into consideration while designing of a compression members. And to determine the sizes that are required for the compression member to taken up the…

CHALLENGE 4 Aim: The main aim of this challenge is to gain the knowledge about the concept of design of a laterally restrained and laterally unrestrained beam when subjected to the loading is understood and the various parameters that are to be taken into consideration while designing of a beam. And to determine the sizes…

CHALLENGE 5 Aim: The main aim of this challenge is to gain the knowledge about the concept of design of a plate girder when subjected to the loading is understood and the various parameters that are to be taken into consideration while designing of a plate girder is learnt. And to determine the sizes that are required…

CHALLENGE 6 Aim: The main aim of this challenge is to gain the knowledge about the concept of design of a chequered plate when subjected to the loading is understood and the various parameters that are to be taken into consideration while designing of a chequered plate is learnt. And to determine the sizes that are required…

PROJECT 1 Aim: The main aim of this project is to gain the knowledge about the concept of design and analysis of an industrial building when subjected to the loading like lateral force such as wind and earthquake forces is understood and the various parameters that are to be taken into consideration while designing of…

CHALLENGE 7 Aim: The main aim of this challenge is to gain the knowledge about the concept of modelling of a structure with the help of a STAAD software. The concept of grouping the members with the help of the software is also learnt. The procedure that is adopted to assign the member properties to the members is also…

CHALLENGE 7 Aim: The main aim of this challenge is to gain the knowledge about the concept of application of the loads to the structure with the help of a STAAD software. The concept of applying the load combination with the help of the software is also learnt. The procedure that is adopted to assign the member properties…

CHALLENGE 9 Aim: The main aim of this challenge is to gain the knowledge about the concept of application of the loads to the structure with the help of STAAD software. The concept of applying the load combination with the help of the software is also learnt. The procedure that is adopted to assign the member properties…

CHALLENGE 10 Aim: The main aim of this challenge is to gain the knowledge about the concept of application of the loads to the structure with the help of STAAD software. The concept of applying the load combination with the help of the software is also learnt. The procedure that is adopted to assign the member properties…

CHALLENGE 11 Aim: The main aim of this challenge is to gain the knowledge about the design of the pipe rack along with it the concept of application of the loads to the structure with the help of STAAD software. The concept of applying the load combination with the help of the software is also learnt. The procedure that…

CHALLENGE 12 Aim: The main aim of this challenge is to gain the knowledge about the design of the foundation of both isolated and combined footing along with it the concept of application of the loads to the structure with the help of STAAD foundation software. The concept of applying the load combination with the help…

PROJECT 2 Aim: The main aim of this project is to gain the knowledge about the concept of design and analysis of an industrial building when subjected to the loading like lateral force such as wind and earthquake forces is understood and the various parameters that are to be taken into consideration while designing of…

CHALLENGE 1 Aim: The main aim of this challenge is to gain the knowledge about the concept of different types of failures that occur in the structure during its life time and to differentiate between the structural and non-structural failure. The failure that generally occurs during the earthquake is also learnt. What…

CHALLENGE 2 Aim: The main aim of this challenge is to gain the knowledge about the concept of structural dynamics which helps to understand the behaviour of the structure when it is subjected to the seismic force. The various terms that are related to the dynamic analysis are also learnt. Differentiate Static analysis…

CHALLENGE 3 Aim: The main aim of this challenge is to gain the knowledge about the concept of mode shapes for a multi storey building and to calculate manually the base shear for a multi storey building in the modal analysis. From the challenge carried out the various terminologies that are involved in the modal analysis…

CHALLENGE 4 Aim: The main aim of this challenge is to gain the knowledge about the concept of irregularities in the structural system which may leads to the damage in the structure when subjected to huge forces like earthquake force. The various damages that may occurs in a building due to the irregularities in a building…

CHALLENGE 5 Aim: The main aim of this challenge is to gain the knowledge about the concept of placing of the shear walls and the positions of the columns. The effects that may cause due to the wrong planning of the position of the shear walls or the columns are learnt through this challenge. Question 1: The building shown,…

CHALLENGE 6 Aim: The main aim of this challenge is to gain the knowledge about the concept of modelling of a multi – storey building with the use of ETABS software and also about how to extract the time period and the mass participation ratio results from the software. The codal provisions that are to be satisfied for…

CHALLENGE 7 Aim: The main aim of this challenge is to gain the knowledge about the concept of design of RC beam using ETABS Software and also to know the basics of beam reinforcement detailing with respect to primary standards. The concept of ductility reinforcement by IS – 13920 – 2016 as to be satisfied in…

CHALLENGE 8 Aim: The main aim of this challenge is to gain the knowledge about the concept of design of RC column using ETABS Software and also to know the basics of column reinforcement detailing with respect to primary standards. The concept of ductility reinforcement by IS – 13920 – 2016 as to be satisfied in ETABS…

PROJECT 1 Aim: The main aim of this challenge is to gain the knowledge about the concept of extracting the different seismic responses for a structure and to alter the properties of the members in the ETABS software. The factors that are influencing the dynamic characteristics of the building and the factors influencing…

CHALLENGE 10 Aim: The aim for this challenge is to run the analysis and to design the RCC shear walls. And to extract the values of the longitudinal steel ratio, boundary element length and the shear reinforcement ratio from the design results. The etabs file for a G+6 building is provided. Run the analysis and design…

CHALLENGE 11 Aim: The aim for this challenge is to model a residential building with all seismic considerations, based on given architectural inputs. To know how to check the seismic performance of a residential building using ETABS The architectural drawings for a G+7 residential building in zone 5 has been provided.…

CHALLENGE 12 Aim: The aim for this challenge is to design an isolated footing. Design a square footing for a column size of 400x400. The compression axial load for the load combination of (1.5 DL + 1.5 LL) is 2000 KN. The safe soil bearing capacity is 150 KN/m2 at a depth of 2 metres below E.G.L. Participants are free…

CHALLENGE 13 Aim: The aim for this challenge is to design an isolated footing and pile cap in the SAFE software. QUESTION-1 Introduction: As per the isolated footing in week-11 challenge, model in safe, analysis and design of the foundation and to arrive the steel reinforcement. Procedure: Create new model>input the…

PROJECT 2 Aim: The aim for this challenge is to model a hostel building with all seismic considerations, based on given architectural inputs. To know how to check the seismic performance of a hostel building using ETABS. And to model the foundations using SAFE. In this project, participants will get to experience the entire…

    Vijayalakshmi S H