1 st REVIEW PROJECT PHASE - 2 “DESIGN OF PREFABRICATED MODULAR HOUSING FOR DIFFERENT OCCUPANCIES AT PANCHESHWAR POWER PLAN T ” BY : • FEBA MARY THOMAS (1010910068) • HARSHAL RASTOGI (1010910079) • JITHESH DHARMADAS (1010910087) PROJECT GUIDE Dr. M. LAKSHMIPATHY
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1st REVIEW
PROJECT PHASE - 2
“DESIGN OF PREFABRICATED MODULAR HOUSING FOR DIFFERENT OCCUPANCIES AT PANCHESHWAR POWER PLANT”
BY: • FEBA MARY THOMAS (1010910068)• HARSHAL RASTOGI (1010910079)• JITHESH DHARMADAS (1010910087)
PROJECT GUIDE
Dr. M. LAKSHMIPATHY
Schedule for Phase II
DATE WORK TO BE DONE
JANUARY 2013 FINALIZED PLAN FOR LIG, MIG, HIG USING MODULAR COORDINATION
FEBRUARY 2013
IDENTIFICATION OF COMPONENTS AND DESIGN
MARCH 2013 DETAILING OF MEMBERS AND CONNECTIONS
APRIL 2013 FINALIZATION OF THE REPORT
Progress in Phase II
• Preparation of plans for various occupancies.
• Grid wise distribution of components in plan using modular coordination.
• Identification of structural elements.
Concept of Modular Coordination
• Modular coordination is a concept of coordination of dimension and space, in which buildings and components are dimensioned and positioned in a term of a basic unit or module, known as 1M.
• The principal objective of implementing Modular Coordination is to improve productivity in the building industry through industrialization.
Terminology
• Module: A unit of size used as an increment in dimensional coordination.
• Modular size: A size that is a multiple of the basic module.
• Modular grid: A rectangular coordinate reference system in which the distance between the consecutive lines is the basic module or a multi module. The multi module may differ for each of the two dimensions of the grid.
• Multi module: A module whose size is a selected multiple of the basic module.
Benefits of Modular Coordination
• To obtain maximum economy in the production of components.
• Simplifies site operations by rationalizing setting out, positioning and assembly of building components.
• Ensures dimensional coordination between installation (equipment, storage units, other fitted furniture, etc.) as well as with the rest of the building.
• To allow the building design a greater flexibility in the arrangement of components.
Finalized LIG PlanThe plan for LIG having a carpet area of 60 sqm. All dimensions are in m.
Finalized MIG Plan
The plan for MIG having a carpet area of 90 sqm. All dimensions are in m.
Finalized HIG PlanThe plan for HIG having a carpet area of 156 sqm. All dimensions are in m.
Advantages of Modular Coordination
Identification of structural elements
• Masonry wall- A wall made from materials which have traditionally been cemented together with the use of mortar.
• Reinforced Concrete Columns- They are structural members designed to carry compressive loads, composed of concrete with an embedded steel cage to provide reinforcement.
• Reinforced Concrete Beam- A beam is a structural element that is capable of withstanding load primarily by developing bending stresses and resisting it.
• Reinforced Concrete Slab - A structural member whose thickness is small compared to its plan dimensions, spanning between beams, girders, or columns, walls etc.