CIVIL M.TECH PROJECT
Branch: CIVIL 2018-19
Topic: CIVIL M TECH Projects(2018-19)
| S. No. | PROJECT CODE | PROJECT TITLE | Download |
| 1. | DST-CV1. | Effects of access, geometric design, and heterogeneous traffic on safety performance of divided multilane highways in India | |
| 2. | DST-CV2. | Multivariate Poisson lognormal modeling of crashes by type and severity on rural two lane highways | |
| 3. | DST-CV3. | Cost efficiency analyses of steel frameworks for economical design of
multi-storey buildings |
|
| 4. | DST-CV4. | Urban modifiers of seismic vulnerability aimed at Urban Zoning Regulations | |
| 5. | DST-CV5. | Sewer-mining: A water reuse option supporting circular economy, public service provision and entrepreneurship | |
| 6. | DST-CV6. | Predicting residential burglaries based on building elements and offender behavior: Study of a row house area in Seoul, Korea | |
| 7. | DST-CV7. | Shake table test of a full-scale four-story reinforced concrete structure and numerical representation of overall response with modified IMK model | |
| 8. | DST-CV8. | Build-X: Expert system for seismic analysis and assessment of 3D buildings using Open Sees | |
| 9. | DST-CV9. | Effect of wind load on tall buildings in different terrain category | |
| 10. | DST-CV10. | Seismic performance of RC buildings during the MW7.8 Muisne (Ecuador) earthquake on April 2016: field observations and case study | |
| 11. | DST-CV11. | Comparative evaluation of parametric design systems for teaching design computation | |
| 12. | DST-CV12. | Estimating the peak structural response of high-rise structures using spectral value-based intensity measures | |
| 13. | DST-CV13. | A review of structural, thermo-physical, acoustical, and environmental properties of wooden materials for building applications | |
| 14. | DST-CV14. | Evaluating construction projects of hotels based on environmental sustainability with MCDM framework | |
| 15. | DST-CV15. | Analysis and design of tall building subjected to wind and earthquake loads | |
| 16. | DST-CV16. | Design criteria and modelling of re-centring dual eccentrically braced frames | |
| 17. | DST-CV17. | Seismic analysis of regular and vertical geometric irregular Rcc framed building | |
| 18. | DST-CV18. | Structural analysis of multi-storey steel frames exposed to travelling
fires and traditional design fires |
|
| 19. | DST-CV19. | Building design with linear static & dynamic sesmic analysis | |
| 20. | DST-CV20. | Seismic behavior of systems in high rise RCC Buildings | |
| 21. | DST-CV21. | Shear wall analysis and design optimization in case of high rise buildings | |
| 22. | DST-CV22. | Seismic analysis of a building | |
| 23. | DST-CV23. | Comparative study of static and dynamic seismic analysis of multistoried Rcc building | |
| 24. | DST-CV24. | Design and analysis of multi storeyed building under static and dynamic loading conditions | |
| 25 | DST-CV25. | Earthquake resistant design of open ground storey building | |
| 26 | DST-CV26. | Non-linear analysis of reinforced concrete chimney | |
| 27 | DST-CV27. | A comparative study on rcc structure with and without shear wall | |
| 28 | DST-CV28. | Analysis and design of multi storied building for vertical and horizontal loading with and without dampers | |
| 29 | DST-CV29. | Comparative analysis of G+1 structure with and without floating column | |
| 30 | DST-CV30. | Non-linear pushover analysis of flat slab building | |
| 31 | DST-CV31. | Non linear static analysis for Rc framed residential building | |
| 32 | DST-CV32. | A case study on inelastic seismic analysis of six storey Rc building | |
| 33 | DST-CV33. | Comparison between seismic analysis and non-seismic analysis of G+17 building | |
| 34 | DST-CV34. | Analytical study of braced unsymmetrical Rcc building | |
| 35 | DST-CV35. | Seismic evaluation of irregular structures | |
| 36 | DST-CV36. | Behavior of symmetric and asymmetric structure in high seismic zone | |
| 37 | DST-CV37. | Dynamic analysis of industrial steel structure by using bracings and dampers under wind load and earthquake load |
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