Harry Liuhan

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About Harry

A concise record of research interests, academic training, and projects across physics, engineering, and CFD.

A sweeping digital-art illustration of an abstract scientific portfolio interface, featuring interlocking translucent panels displaying stylized equations, vector fields, and wireframe mechanical components. In the center, a luminous, semi-transparent torus of flowing particles represents computational fluid dynamics, with curved streamlines wrapping around it in blues and golds. The scene floats in a deep charcoal environment subtly suggesting a high-end lab, with faint gridlines receding into the distance. Cool, focused rim lighting emphasizes edges and contours, casting crisp reflections on glass-like surfaces. The mood is sophisticated and cerebral, conveying cutting-edge physics and engineering. Composed with a wide, cinematic angle and strong diagonal lines, everything is in sharp focus, evoking a premium academic portfolio homepage hero image.
A sweeping digital-art illustration of an abstract scientific portfolio interface, featuring interlocking translucent panels displaying stylized equations, vector fields, and wireframe mechanical components. In the center, a luminous, semi-transparent torus of flowing particles represents computational fluid dynamics, with curved streamlines wrapping around it in blues and golds. The scene floats in a deep charcoal environment subtly suggesting a high-end lab, with faint gridlines receding into the distance. Cool, focused rim lighting emphasizes edges and contours, casting crisp reflections on glass-like surfaces. The mood is sophisticated and cerebral, conveying cutting-edge physics and engineering. Composed with a wide, cinematic angle and strong diagonal lines, everything is in sharp focus, evoking a premium academic portfolio homepage hero image.

Physics, Engineering and CFD Research

Harry Liuhan is a physicist and engineer whose work spans mathematical modelling, CFD, and applied systems design. His research focuses on turning rigorous theory into visual, testable simulations that explain complex flows and inform projects such as Cagoga and Neuroshield.

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A sophisticated digital-art cutaway of a conceptual neurotechnology device labeled “Neuroshield” only through symbolic iconography, not text: a sleek, matte-black curved shell surrounding a glowing, stylized neural network core. The core is depicted as an intricate lattice of nodes and arcs, pulsing in gradients of electric blue and violet. Semi-transparent protective layers radiate outward as nested, geometric shields. The background is a deep navy with faint hexagonal patterns suggesting data protection and control systems. Soft, directional studio lighting from the upper left carves out clean highlights along the device’s contours, with gentle reflections on nearby abstract circuitry planes. Shot in a close, three-quarter perspective with shallow depth of field, the mood is ultra-modern, precise, and slightly mysterious, ideal for a flagship Neuroshield project feature.
A digital-art cross-section of a sleek wind tunnel test section, showing a highly detailed aerodynamic wing profile suspended in the center. Surrounding it, vividly colored CFD streamlines wrap and curl, transitioning smoothly from cool cyan at low velocity to intense orange and crimson at high-speed regions, revealing lift and drag behavior. The tunnel walls are rendered as smooth, dark metallic panels with subtle reflections, receding into soft darkness. Overhead, a cool, focused light source illuminates the wing’s polished surface, casting precise, technical shadows. The composition is a slightly elevated three-quarter view, giving depth and clarity to flow structures. The atmosphere is analytical yet visually dramatic, embodying advanced fluid mechanics research suitable for a dedicated CFD projects section.
A narrative digital-art scene of an advanced multiphysics simulation lab without any humans, centered on a pristine, minimalist workstation. Twin ultra-wide holographic displays hover above a dark brushed-metal desk, showing stylized yet legible visualizations: a turbulent CFD vortex, a structural finite element mesh, and overlapping time-series graphs, all in a cohesive cyan and amber palette. On the desk rest a precision-engineering notebook and a compact, futuristic prototype device. The space around is dim, with soft pools of cool light from the screens casting complex reflections on nearby surfaces and hinting at high-end instrumentation in the shadows. Composed from an eye-level, slightly off-center angle using the rule of thirds, the image feels focused, immersive, and academically premium, suited for an “Inside the Research Process” storytelling page.
A digital-art visualization of an elegant mathematical universe, dominated by a large, semi-transparent 3D surface plot rising from a dark, reflective plane. The surface is composed of fine triangular facets with a smooth gradient from deep indigo troughs to luminous teal peaks, intersected by thin, glowing contour lines. Around it hover subtle ghosted diagrams: a parametric curve, a sparse matrix grid, and minimalist coordinate axes. The environment is a dim, infinite void with a soft vignette, lit by a cool overhead spotlight that creates sharp highlights and clean reflections. The composition is centered, with a slightly low camera angle to emphasize grandeur. The mood is contemplative and rigorous, highlighting pure mathematics and analytical thinking for a theory-focused research page.

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