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Development of Fast, Durable and Energy Efficient Mass Housing Scheme

WP 1: Development of Materials for Mass Housing Structural Elements

Task 1.2: Development of bio-based construction material for sustainable mass housing

Task Leader(s): Dr. Leena Chaurasia, Dr.L.P.Singh

Objective:

  • Micro structural, mineralogical and durability aspect of bio-based (ureolytic and non-ureolytic bacteria based) construction materials
  • To develop bio-based construction  material for enhanced durability of RC elements in mass housing.

Description of Task

Based on literature review, bio-based (ureolytic and non-ureolytic bacteria) will be characterized for their application in development of concrete. Detailed investigations will be taken up to evaluate the micro-structural, mineralogical and durability of these bio-based construction material and bio-bricks will be developed. The application of these bio-based material in development of bio-based admixtures as self-healing material in building construction will be explored.

Deliverables:

  • Bio-brick using desert sand
  • Bio-based admixture- self-healing material in building construction
Related posts
Task 1.4: Development of Cold-formed Steel (CFS) wall panels with improved structural performance & fire 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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