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Development of Fast, Durable and Energy Efficient Mass Housing Scheme

WP 2: Performance Evaluation of Precast Panels and Framed Structural System

Task 2.8: Standardization of designs & layouts of prefab housing units with improved thermal performance

Task Leader(s): Sayantani Lala and Chandnan Swaroop Meena

Objective:

  • Develop standardized type designs of houses with basic attributes such as space efficiency, climate responsiveness, thermal comfort, energy efficient etc

Description of Task:

India’s architecture is varied in its use of materials, style of construction, cultural difference and most importantly climatic variation. A great deal of research is required to give a compressive housing solutions which are not only affordable but also safe against disasters, energy-efficient, comfortable, suiting to the socio-cultural need of people living in different geo-climatic regions. These aspects are also need to be looked from cost-effectiveness by judicious utilization of materials and innovative technologies in Indian scenario.

To achieve the target of affordable mass housing using prefab construction with enhanced thermal performance, cost effective solutions needs to be identified. Hence, the focus is to develop standardized designs and layouts for affordable housing for each climatic zone of India with prefab housing components having high thermal efficiency.  The project focuses on –

Development of typed designs for mass housing with basic attributes such as:  (a) Space efficiency; (b) Climate responsiveness; (c) Disaster resilience; (d) Energy efficient; (e) Thermally comfortable; (f) Rainwater harvesting and water conservation  technologies; and  (f) Cost effective.

Evaluation of thermal properties of the prefabricated components (walls, roof) and to identify the key predictors affecting the indoor comfort conditions.

Monitoring the overall performance of demonstration model in each climatic zone.

Deliverables:

  • Standardized Designs & Layouts for 28 sqm. to 56 sqm housing unit using prefabricated components for different climatic zone
  • Prefab components (i.e. walls, roof) with enhanced thermal and radio frequency performance for cold and hot & dry climatic zones of India.
  • Thermally efficient prefab housing assembly for each climatic zone of the country.
Related posts
Task 2.9: Development of dry-construction technology in buildings
August 19, 2018
Task 2.7: Comparative evaluation of performance of various precast panel and frame systems developed by various research groups and selection of the best performing one for specified functionality
August 19, 2018
Task 2.6: Development of efficient mechanical anchorage device for precast beam-column joint
March 7, 2018
Task 2.5: Development of prefab RC shear wall systems and evaluation of their lateral load resistance
March 7, 2018
Mass Housing
  • Mass Housing Project
  • WP1 (Mass Housing Project)
    • Task 1.2: Development of Bio-based construction material for sustainable mass housing
    • Task 1.4: Development of Cold-formed Steel (CFS) wall panels with improved structural performance & fire resistance
  • WP2 (Mass Housing Project)
    • Task 2.5: Development of prefab RC shear wall systems and evaluation of their lateral load resistance
    • Task 2.6: Development of efficient mechanical anchorage device for precast beam-column joint
  • WP3 (Mass Housing Project)
    • Task 3.1: Recycling of agricultural/industrial/solid wastes for building infrastructures
    • Task 3.2: Eco-friendly corrosion inhibition to improve concrete durability
    • Task 3.3: Protective coating for improved energy efficiency in buildings
    • Task 3.4: Development of anti-termite barrier for mass housing
  • WP4 (Mass Housing Project)
    • Task 4.1: Mechanization in construction process of Pre-fabricated building components for mass housing
    • Task 4.2: Mechanization in production of prefabricated building components and wall plastering for of mass housing
  • WP5 (Mass Housing Project)
    • Task 5.1: Design interventions for enhancement of robustness in traditional construction
    • Task 5.2: Design of confined masonry construction using different types units (concrete masonry block, ACC block)
    • Task 5.3: Improvement in CSIR-CBRI developed pre-fab technologies
    • Task 5.4: Design of fire safety and evacuation strategy for buildings
  • WP6 (Mass Housing Project)
    • Task 6.1: Ground improvement technique to mitigate liquefaction hazards for safe building construction
    • Task 6.2: Ground improvement using granular pile anchor foundation (GPAF) system
    • Task 6.3: Development of modified static and seismic design methodology of piled-raft foundation
    • Task 6.4: Design and strengthening measures for building foundation systems in hilly regions
  • WP10 (Mass Housing Project)
    • Task 10.1: Formulation of guidelines for constructing mass housing including the cost analysis
    • Task 10.2: Organization of skill development programmes
    • Task 10.3: Demonstration of developed technology/know-how(s)
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