About
Hi, I’m Huzaif
I am a PhD researcher at Friedrich-Alexander-Universität Erlangen–Nürnberg (FAU), Germany (thesis submitted), specializing in computational modeling of dense granular flow using the Discrete Element Method (DEM).
My work focuses on how particle-scale interactions (shape, friction, contact mechanics) determine macroscopic behavior such as:
- stress transmission and anisotropy
- shear localization and secondary flow
- dilatancy, compaction, and surface evolution
I combine large-scale DEM simulations with coarse-graining and micro–macro analysis to extract continuum fields (velocity, strain-rate, stress tensor) and uncover the physical mechanisms governing granular flow.
What I Do
I develop and analyze high-resolution simulations of sheared granular systems, connecting particle-scale dynamics to continuum-scale behavior.
My work includes analysis of:
- Shear-band formation and localization
- Particle alignment and stress anisotropy
- Free-surface evolution under shear
- Coarse-graining techniques for continuum field extraction
- Automated simulation workflows and large-scale data analysis (Python / MATLAB)
- Pattern formation in reaction–diffusion systems (Turing patterns)
Technical Expertise
- DEM Simulation: Large-scale particle-based modeling (MercuryDPM, YADE)
- Continuum Analysis: Stress tensors, rheology, and micro–macro transitions
- Scientific Computing: Python, MATLAB, data analysis and visualization
- High-Performance Computing: simulation workflows, reproducibility, automation
Professional Interests
I am seeking opportunities in:
- Computational physics and simulation
- Granular and complex materials modeling
- Scientific computing and high-performance simulation
- Data-driven modeling in physics and engineering
I am particularly interested in roles where physical modeling, computation, and real-world applications intersect.
If you’re interested in collaboration or opportunities, feel free to connect via LinkedIn or email.