Hi, I’m Huzaif
I am a computational physicist specializing in dense granular flow, particle-based simulation, and multiscale modeling.
Using the Discrete Element Method (DEM), I investigate how particle shape and contact mechanics influence granular flow, stress distribution, shear localization, dilatancy, compaction, surface morphology, and rheology. I use coarse-graining to transform particle-scale data into continuum fields (velocity, strain rate, and stress), linking microscopic interactions to macroscopic behavior.
I also study pattern formation in reaction–diffusion systems, investigating the mechanisms that generate stripe and spot patterns, such as those observed on animal skin (e.g., zebra stripes).
What I Do
I develop numerical models and large-scale simulations to understand the behavior of complex physical systems.
My work includes:
- Discrete Element Method (DEM) simulations of granular materials
- Coarse-graining and micro–macro analysis
- Shear localization, stress anisotropy, and granular rheology
- High-performance computing and simulation workflows
- Scientific software development in Python and C++
- Pattern formation in reaction–diffusion systems
Technical Expertise
- Scientific Computing: Python, C++, MATLAB, Linux
- Simulation: DEM (MercuryDPM, YADE), computational modeling
- Data Analysis: Numerical methods, visualization, automation
- High-Performance Computing: OpenMP, parallel simulations, reproducible workflows
Professional Interests
I enjoy solving problems that combine physics, mathematics, and software engineering.
My interests include:
- Scientific computing
- Computational modeling and simulation
- Algorithm development
- High-performance computing
- Robotics and automation
- Data-driven engineering
I am particularly interested in projects where computational methods help explain or predict the behavior of complex physical systems.
If you’d like to discuss research, scientific computing, or potential collaborations, feel free to get in touch via LinkedIn or email.