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syednafizreja/README.md
Research question: how much embodied carbon can form-found concrete shells remove from buildings in seismic regions, without giving up safety? Animated hanging chain inverting into a compression arch.



Research Overview

Illustrative parametric shell with finite element mesh Research spine linking four projects from pavement material to whole building

Website ORCID ResearchGate LinkedIn Email

Projects

  • ShellBench: Measures how much funicular shell floors reduce embodied carbon in seismic RC frame buildings.
  • ShellForm: Measures the embodied-carbon cost of making form-found concrete shells earthquake-resistant.
  • Canopy: Live web prototype linking canopy curvature to structural and embodied-carbon estimates. · Live demo
  • Nano-WMA: Life-cycle assessment linking nano-modified asphalt durability to carbon emissions.

Selected Publications

  1. Edge AI and IoT for Real-Time Structural Health Monitoring, Journal of Artificial Intelligence and Technological Development, 2026
  2. Integration of Nano-Additives in Warm Mix Asphalt: Enhancing Moisture Resistance and Long-Term Durability, European Journal of Theoretical and Applied Sciences, 2024
  3. Application of BIM in Civil Engineering, European Journal of Theoretical and Applied Sciences, 2024

Pinned Loading

  1. ShellBench ShellBench Public

    Whole-building embodied-carbon savings of thin-shell floors in code-designed RC frames in seismic zones. OpenSeesPy + Chinese seismic codes (GB 50011).

    Python

  2. ShellForm ShellForm Public

    The carbon cost of seismic resilience: gravity-only versus seismic-aware form-finding of concrete shells. Built on ShellBench.

    Python

  3. parametric-canopy-carbon-optimization parametric-canopy-carbon-optimization Public

    JavaScript

  4. syednafizreja syednafizreja Public

    Python 1

  5. lateral-load-capacity-design-rc-frame lateral-load-capacity-design-rc-frame Public

  6. nano-wma-pavement-carbon nano-wma-pavement-carbon Public

    Python