16 November 2024 | 08:56 AM
Task – 2.4 : Development of Pervious Concrete Task Leader:- Dr. Rajesh Deoliya, Mr. Subash Chandra B. Gurram Objective: Preparation of guidelines/ handbook on pervious concrete for field implementations. Scope of Work: Characterization of different types of aggregates Trial mixing with different aggregates and experimental parametric study Development and characterization of pervious concrete mixes of desired porosity…
Task – 2.3: Hybrid Fiber Reinforced Concrete (HYFRC) in Structural Applications Task Leader:- Mr.S.K.Singh Objective: To develop hybrid fibre reinforced concrete of strength 40–100 MPa for structural Applications Scope of the work: Mix proportioning by combining different types of fibres (steel, polypropylene, nylon etc.) to have synergistic effects & Optimization of fibres dosages Characterization & Performance…
Task-2.2 : Bio-Concrete as self Healing Material Task Leader:- Dr.(Mrs) Leena Chaurasia Objective: Development of self healing bio concrete using biological based techniques Scope of the work: The suitability of very specific extremophiles calcifying bacteria & their ability to repair cracks in building structure using sustainable and bio-based self healing agent Setting of laboratory for Bio-concrete…
Task – 2.1 : Geopolymer Concrete Task Leader:- Dr. B. Singh Objective: • To develop two components / single component geopolymer concrete and reinforced concrete for making building components • Durability studies of geopolymer in chemical environments Scope of the Work: Characterization of fly ash and other sources of aluminosilicate Synthesis and characterization of geopolymers Preparation…
Task – 1.4 : Phase Change Materials (PCM) for Energy Efficiency in Buildings Task Leader:- Srinivasarao Naik B Objective: To prepare Phase Change Materials, its encapsulation and use in building components for enhancing energy efficiency Scope of the Work: Preparation of Phase Change Materials and Characterisation DTA/TGA and DSC studies to evaluate heat storage capacity of…
Task – 1.3: Enhancing the Fire Retardancy of Polymeric Materials using Nanocomposites Task Leader:- Mr. Subham Dastidar Objective: Enhancement of the fire retardant property of polymers using Clay Nanocomposite Scope of the Work: Experimental study of the preparation of nanocomposite Characterization of the developed material Designing of the batch reactor (BR) Installation of the BR Process…
Task – 1.2: Multifunctional Coatings Using Nanotechnology Task Leader:- Dr. P.C. Thapliyal Objective: To develop multifunctional (water resistant, energy efficient, anticorrosive) coatings for concrete Scope of the Work: Development of fluoro/epoxy/acrylic resin/s &/or nano pigments including precursors for nano materials Characterization & process development Development of nanotechnology based multifunctional coating Formulation & characterization of multifunctional coating…
Task – 1.1 : Nano-engineered Cementitious Materials Task Leader:- Dr.L. P. Singh Objective: To develop nano-engineered concrete exhibiting ultra high performance and durability using nanotechnology Scope of the Work: Upgradation of laboratory facilities with FESEM and nano-indenter Cost-effective preparation of nanomaterials through sol-gel method Characterisation of nano particles through XRD, SEM, EDX, TEM, BET, NMR etc.…
Task – 6.8: Communication Network architecture for intelligent buildings Task Leader:- Kota Solomon Raju Objective: Design and development of a communication, safety & security system with RTOS support for Intelligent Buildings. It includes Design of FPGA and /or ARM processor based communication system for the entire building using wireless technology. WSN System with sister labs developed…
Task – 6.7: Design & Implementation of Robot for automatic floor cleaner using wireless technologies Task Leader:- Kota Solomon Raju Objective: Design & Implementation of Robot for automatic floor cleaner using wireless technologies. Scope of Work: Study & exploration of Robotic Arm for Floor Cleaning purpose Design & Development of Object detection algorithm for Robotic path…
