OVERVIEW OF THE PROJECTDesign for Prefabrication applied to Housing for Rehabilitation Works at Pancheshwar Power Project

BY: FEBA MARY THOMAS (1010910068) HARSHAL RASTOGI (1010910079) JITHESH DHARMADAS (1010910087)

PROJECT GUIDE Dr. M. LAKSHMIPATHY

CONTENTOBJECTIVENECESSITYSCOPEMETHODOLOGYMAJOR DESIGN EXPERIENCESREALISTIC DESIGN CONSTRAINTSREFERENCE TO CODES AND STANDARDSAPPLICATION OF EARLIER COURSE WORKMULTIDISCIPLINARY COMPONENT AND TEAMWORKSOFTWARE USEDCONCLUSIONFUTURE SCOPE OF THE PROJECTSCHEDULE FOR PHASE 2

OBJECTIVEFor the given site location:To design a modular house for residential purposes using prefabrication techniques.

NECESSITYPancheshwar Power Project is proposed as a Nepal-India bi-national scheme on the Mahakali river with a capacity of 6720 MW. With its implementation, a total of 41,330 persons from 5327 households have been displaced for which rehabilitation works has to be completed by 2012-2013 but as for now the progress is too slow to reach the deadline.For faster construction and as an approach to affordable homes , we provide a solution to mass housing using precast members.

SCOPEThe project envisages selection of a suitable plan as per modular coordination and use of building architecture for proper functioning and orientation of the building.The houses are proposed to be classified on the basis of income groups (i.e. High Income Group, Medium Income Group and Low Income Group) which will then decide the corresponding plan areas.

METHODOLOGYSelection of a realistic site.Suggestion of a suitable plan for mass housing with grid dimensions.Selection of type of precast structural system.Collection of necessary data and codal provisions as per required for the project.Design of foundation as per soil specifications of the site.Selection of type of connection to be employed.Design of structural and non-structural precast members. Installation of the members as per design plan.Provision for grid wise extension of the designed plan.

MAJOR DESIGN EXPERIENCEPlanning and layout of a residential building.Grid wise distribution of plan.Design of connections between individual precast members.Design of structural and non-structural precast members.

REALISTIC DESIGN CONSTRAINTS1. Working constraintsSocial constraints: Collection of relevant data from SERC and soil conditions of the site. Economical constraints: Overall assessment in context of costs involved in machinery, material savings, labour and quality.

2. Constraints arising out of implementation of the project in real life Social: Adaptability of modular houses and variation in family sizes.Practical implementation: Places of production, storage and erection are to be assessed properly. Crane carrying capacity for lifting and installing precast members.

REFERENCE TO CODES AND STANDARDSIS 10297:1982 Code for practise for design and construction of floors and roof using precast reinforced/ prestressed concrete. IS 875 :1987 Part (1&2) Design loads for buildings and structures(Dead load & Imposed load).IS 456 :2000 Design co-efficient, Limit state design method.

APPLICATION OF EARLIER COURSE WORK

Course Code and Name Context CE 0102- Elements of building material science and architecture Planning, layout and orientationCE0301- Structural Analysis -IAnalysis of structural elementsCE0302- Structural Analysis -IIAnalysis of structural elementsCE0303- Structural Design - IIDesign of basic structural elements

MULTIDISCIPLINARY COMPONENT AND TEAMWORKThis project involves in helps interacting with the Government officials during the collection of soil data for the aforesaid site. The project involves interaction with the machine operators and crane operators for proper lifting and placing of components and erection of the same.

SOFTWARE USEDAutoCAD

CONCLUSIONThe project would successfully complete the design of modular houses using advanced technology and a solution to quicker construction with economic advantages.Completion of the project will finally help n gaining vital and practical implementations in accordance with safety and serviceability of the designed units.

FUTURE SCOPE OF THE PROJECTThe implementation of the project will be of a great help to the rising need of quicker construction and in the field of mass housing techniques. It will be a boon for the weaker sections of society where owning a house is still a common dream and the economic advantage of the project would be effectively implemented.Provisions for extension of plan for other suitability issues is also included for satisfying different functional needs.

SCHEDULE FOR PHASE 2

DATEWORKS TO BE DONEJANUARY 2013GRIDWISE DISTRIBUTION OF COMPONENTS IN PLAN USING MODULAR COORDINATIONFEBRUARY 2013DESIGN OF STRUCTURAL COMPONENTS-IMARCH 2013DESIGN OF STRUCTURAL COMPONENTS-IIAPRIL 2013GUIDE TO INSTALLATION AND ERECTION OF FINISHED MEMBERS AND PROVISION FOR EXTENSION OF PLAN

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