Akshay Bura (2014H143016H)
The project we got involved was in the analysis and design of live projects for Reliance Jamnagar Thermal power plant project. This project included steel structures like STG building (Steam Turbine Generator) and Piperacks and also concrete structures like Electrical Control building. We were also given other projects like Chemical storage sheds and Crane Girder for other ongoing projects. We have learnt the design procedures adopted for the analysis and designing of structures like beams, columns, bracings, purlins, roof truss etc. The designing is done as per Indian Standard codes for concrete and Steel. We also got a complete idea on technical issues to be considered while designing structures and preparing drawings. These projects also gave a complete idea on technical issues to be considered while designing structures and preparing drawings. The actual involvement in the real time projects made us aware of the practical difficulties that arise during construction in industrial sites. The codal provisions of industrial structures and limitations of codes in designing were identified. The basic principles and theoretical aspects of Design of RCC & Steel courses were implemented in live projects. The structures were also designed for dynamic cases like wind load and seismic load. The industrial structures were generally modelled and designed in STAAD. Pro. The structure was first modelled, then member properties and support conditions were assigned. The loads were applied on the structure in accordance with IS 875 and IS 1893. The design parameters were then set and the structure was analysed. The members were designed using relevant excel spreadsheets. When any member of the structure fails or when the deflection is more than the allowable limit specified in the relevant code, the member properties were changed and the structure was analyzed again. STAAD. Pro is widely used software in all the projects. It has a very simple interface and easy commands. MS Excel is also used to do manual calculations or to check the results given by STAAD. Pro. I am familiar with both softwares. Talking about the exposure gained here, I was exposed to corporate consultancy with civil, mechanical and electrical departments. I’ve learnt the importance of co-ordination of work among these departments. My experience here, improved both my designing and software skills. Though I am familiar with Staad pro and M. Excel, I have improved my knowledge on these softwares in DCPL. I’ve learnt about design parameters for any type of structure in Staad. Pro. I’ve learnt to use, debug and write VBA (Visual Basic) coding in MS Excel. I have designed complete structures using STAAD. Pro and Excel design spreadsheets. This PS station gave me an opportunity to design a complete steel structure, from a practical point of view.
R.Deepthi Reddy (2014H143055P)
Analysis and design procedures for different components of 90 MW Coal based Captive power plant are discussed in the project given to us. The project includes, the design procedures adopted for the analysis and designing of structures like isolated foundation, pedestal, design of Column bases, the complete designing of a staircase, design of floor beams, crane girder design and connection design. The designing is done as per Indian Standard Codes for Concrete and Steel Structures. This project also gives a complete idea on technical issues to be considered while designing structures and preparing drawings. The actual involvement in the real time projects made us aware of the practical difficulties that arise during
29 construction in industrial sites. The codal provisions of industrial structures and limitations of codes in designing were identified. The basic principles and theoretical aspects of Design of RCC & Steel courses were implemented in live projects. The structures were also designed for dynamic cases like wind load and seismic load. The industrial structures were generally modeled and designed in STAAD. Pro. The structure was first modeled, then member properties and support conditions were assigned. The loads were applied on the structure in accordance with IS 875 and IS 1893. The design parameters were then set and the structure was analyzed. The members were designed using relevant excel spreadsheets. When any member of the structure fails or when the deflection is more than the allowable limit specified in the relevant code, the member properties were changed and the structure was analyzed again. STAAD. Pro is widely used software in all the projects. It has a very simple interface and easy commands. MS Excel is also used to do manual calculations or to check the results given by STAAD. Pro. I am familiar with both software’s. Talking about the exposure gained here, I was exposed to corporate consultancy with civil, mechanical and electrical departments. I’ve learnt the importance of co-ordination of work among these departments. My experience here, improved both my designing and software skills. Though I am familiar with Staad pro and M.S Excel, I have improved my knowledge on these software’s in DCPL. I’ve learnt about design parameters for any type of structure in Staad. Pro. I’ve learnt to use, debug and write VBA (Visual Basic) coding in MS Excel. I have designed complete structures using STAAD. Pro and Excel design spreadsheets. This PS station gave me an opportunity to design a complete steel structure, from a practical point of view.
Sanchit Bajaj (2012A2PS571P)
The project we got involved the analysis and design of real life steel structures like STG building (Steam Turbine Generator) and concrete structures like Canteen building and Contractor Shed. We have learnt the design procedures adopted for the analysis and designing of structures like beams, columns, bracings, purlins, roof truss etc. The designing is done as per Indian Standard Codes for Concrete and Steel. We also got a complete idea on technical issues to be considered while designing structures and preparing drawings. The designing is done as per Indian Standard Codes for Concrete and Steel Structures. This project also gives a complete idea on technical issues to be considered while designing structures and preparing drawings. The actual involvement in the real time projects made us aware of the practical difficulties that arise during construction in industrial sites. The codal provisions of industrial structures and limitations of codes in designing were identified. The basic principles and theoretical aspects of Design of RCC & Steel courses were implemented in live projects. The structures were also designed for dynamic cases like wind load and seismic load. The industrial structures were generally mode led and designed in STAAD. Pro. The structure was first modeled, then member properties and support conditions were assigned. The loads were applied on the structure in accordance with IS 875 and IS 1893. The design parameters were then set and the structure was analyzed. The members were designed using relevant excel spreadsheets. When any member of the structure fails or when the deflection is more than the allowable limit specified in the relevant code, the member properties were changed and the structure was analyzed again. STAAD. Pro is widely used software in all the projects. It has a very simple interface and easy commands. MS Excel is also used to do manual calculations or to check the results given by STAAD. Pro. I am familiar with both softwares. Talking about the exposure gained here, I was exposed to
30 corporate consultancy with civil, mechanical and electrical departments. I’ve learnt the importance of co- ordination of work among these departments. My experience here, improved both my designing and software skills. Though I am familiar with Staad pro and M.S Excel, I have improved my knowledge on these softwares in DCPL. I’ve learnt about design parameters for any type of structure in Staad.Pro. I’ve learnt to use, debug and write VBA (Visual Basic) coding in MS Excel. I have designed complete structures using STAAD. Pro and Excel design spreadsheets. This PS station gave me an opportunity to design a complete steel structure, from a practical point of view.
Sakhi Satkar (2014H143053P)
The project we got involved the analysis and design of real life steel structures like STG building (Steam Turbine Generator) and concrete structures like Canteen building and Contractor Shed. We have learnt the design procedures adopted for the analysis and designing of structures like beams, columns, bracings, purlins, roof truss etc. The designing is done as per Indian Standard codes for concrete and steel. We also got a complete idea on technical issues to be considered while designing structures and repairing drawings. The designing is done as per Indian Standard Codes for Concrete and Steel Structures. This project also gives a complete idea on technical issues to be considered while designing structures and preparing drawings. The actual involvement in the real time projects made us aware of the practical difficulties that arise during construction in industrial sites. The codal provisions of industrial structures and limitations of codes in designing were identified the basic principles and theoretical aspects of Design of RCC & Steel courses were implemented in live projects. The structures were also designed for dynamic cases like wind load and seismic load. The industrial structures were generally modelled and designed in STAAD. Pro. The structure was first modelled, then member properties and support conditions were assigned. The loads were applied on the structure in accordance with IS 875 and IS 1893. The design parameters were then set and the structure was analyzed. The members were designed using relevant excel spreadsheets. When any member of the structure fails or when the deflection is more than the allowable limit specified in the relevant code, the member properties were changed and the structure was analyzed again. STAAD. Pro is widely used software in all the projects. It has a very simple interface and easy commands. MS Excel is also used to do manual calculations or to check the results given by STAAD. Pro. I am familiar with both softwares. Talking about the exposure gained here, I was exposed to corporate consultancy with civil, mechanical and electrical departments. I’ve learnt the importance of co- ordination of work among these departments. My experience here, improved both my designing and software skills. Though I am familiar with Staad pro and M.S Excel, I have improved my knowledge on these softwares in DCPL. I’ve learnt about design parameters for any type of structure in Staad.Pro. I’ve learnt to use, debug and write VBA (Visual Basic) coding in MS Excel. I have designed complete structures using STAAD. Pro and Excel design spreadsheets. This PS station gave me an opportunity to design a complete steel structure, from a practical point of view.
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