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Asymptote (1)

• 3D stress analysis: Mohr's circles — interactive tool and Asymptote script

Excel (1)

• Excel to Word Report Generator

FEM (3)

• Why Your FEM Beam Is 10× Too Stiff: Shear Locking Explained
• The Number That Kills Your Mesh: The Jacobian in FEM
• The Matrix That Must Never Go Negative: SPD Matrices in Engineering

FFT (1)

• FFT-Based Homogenization: Theory, Worked Example, and Interactive Demo

JavaScript (1)

• 3D stress analysis: Mohr's circles — interactive tool and Asymptote script

Jupyter (2)

• Engineering Calculations in Python: No Excel Required
• Interactive Data Exploration with Python & Plotly

LaTeX (1)

• Matplotlib Tips to Go: LaTeX-Friendly Plots in a Few Lines

Plotly (1)

• Interactive Data Exploration with Python & Plotly

Python (2)

• Engineering Calculations in Python: No Excel Required
• Interactive Data Exploration with Python & Plotly

RC-beam (1)

• Engineering Calculations in Python: No Excel Required

Rust (2)

• FFT-Based Homogenization: Theory, Worked Example, and Interactive Demo
• Wave Interference in Rust + WebAssembly

SPD (1)

• The Matrix That Must Never Go Negative: SPD Matrices in Engineering

Three.js (6)

• The Number That Kills Your Mesh: The Jacobian in FEM
• The Matrix That Must Never Go Negative: SPD Matrices in Engineering
• Generalized Self-Consistent Scheme: Interactive 3D Visualization
• Eshelby's Inclusion: Interactive 3D Visualization
• Visualizing Tensors of Any Rank via Unit-Sphere Projection
• Wave Interference in Rust + WebAssembly

VBA (1)

• Excel to Word Report Generator

WebAssembly (2)

• FFT-Based Homogenization: Theory, Worked Example, and Interactive Demo
• Wave Interference in Rust + WebAssembly

Word (1)

• Excel to Word Report Generator

agentic-ai (1)

• 5 Agentic Programming Tips Every Serious Engineer Should Use

algorithms (1)

• Collision Detection: AABB, SAT, and GJK

approximation-theory (1)

• Padé Approximants: The Hidden Gem of Rational Approximation

beams (1)

• Why Your FEM Beam Is 10× Too Stiff: Shear Locking Explained

best-practices (1)

• 5 Agentic Programming Tips Every Serious Engineer Should Use

blogging (1)

• Build Your Own Engineering Blog: From Zero to Live

bounds (1)

• Analytical Bounds for Composite Homogenization: A Reference

claude-code (2)

• Build Your Own Engineering Blog: From Zero to Live
• 5 Agentic Programming Tips Every Serious Engineer Should Use

cloudflare (1)

• Build Your Own Engineering Blog: From Zero to Live

composites (7)

• Generalized Self-Consistent Scheme: Interactive 3D Visualization
• Analytical Bounds for Composite Homogenization: A Reference
• Eshelby's Inclusion: Interactive 3D Visualization
• FFT-Based Homogenization: Theory, Worked Example, and Interactive Demo
• The Eshelby Tensor for a Cylindrical Fiber
• S-N Curves and the Goodman Diagram
• Predicting transverse stiffness of fiber composites

computational-geometry (2)

• Collision Detection: AABB, SAT, and GJK
• Signed Distance Fields in Python

coordinate-mapping (1)

• The Number That Kills Your Mesh: The Jacobian in FEM

data-science (1)

• Interactive Data Exploration with Python & Plotly

data-visualization (1)

• Matplotlib Tips to Go: LaTeX-Friendly Plots in a Few Lines

determinant (1)

• The Number That Kills Your Mesh: The Jacobian in FEM

eigenvalues (1)

• The Matrix That Must Never Go Negative: SPD Matrices in Engineering

ellipsoid (1)

• The Matrix That Must Never Go Negative: SPD Matrices in Engineering

error-analysis (1)

• The Loss Function That Doesn't Panic

eshelby (3)

• Analytical Bounds for Composite Homogenization: A Reference
• Eshelby's Inclusion: Interactive 3D Visualization
• The Eshelby Tensor for a Cylindrical Fiber

fatigue (1)

• S-N Curves and the Goodman Diagram

finite-element (1)

• Random Material Fields in Beams: The Karhunen-Loève Expansion

forallpeople (1)

• Engineering Calculations in Python: No Excel Required

github (1)

• Build Your Own Engineering Blog: From Zero to Live

gscs (1)

• Generalized Self-Consistent Scheme: Interactive 3D Visualization

handcalcs (1)

• Engineering Calculations in Python: No Excel Required

homogenization (2)

• Analytical Bounds for Composite Homogenization: A Reference
• FFT-Based Homogenization: Theory, Worked Example, and Interactive Demo

integration (1)

• Why Your FEM Beam Is 10× Too Stiff: Shear Locking Explained

interactive (1)

• Padé Approximants: The Hidden Gem of Rational Approximation

jacobian (1)

• The Number That Kills Your Mesh: The Jacobian in FEM

jekyll (1)

• Build Your Own Engineering Blog: From Zero to Live

karhunen-loeve (1)

• Random Material Fields in Beams: The Karhunen-Loève Expansion

linear-algebra (1)

• The Matrix That Must Never Go Negative: SPD Matrices in Engineering

matplotlib (1)

• Matplotlib Tips to Go: LaTeX-Friendly Plots in a Few Lines

mesh-quality (2)

• Why Your FEM Beam Is 10× Too Stiff: Shear Locking Explained
• The Number That Kills Your Mesh: The Jacobian in FEM

micromechanics (6)

• Generalized Self-Consistent Scheme: Interactive 3D Visualization
• Analytical Bounds for Composite Homogenization: A Reference
• Eshelby's Inclusion: Interactive 3D Visualization
• FFT-Based Homogenization: Theory, Worked Example, and Interactive Demo
• The Eshelby Tensor for a Cylindrical Fiber
• Predicting transverse stiffness of fiber composites

mori-tanaka (1)

• Analytical Bounds for Composite Homogenization: A Reference

numerical-methods (1)

• Padé Approximants: The Hidden Gem of Rational Approximation

probabilistic (2)

• Random Material Fields in Beams: The Karhunen-Loève Expansion
• Probabilistic Study of a Concrete Cantilever with PCE and Sobol Indices

productivity (1)

• 5 Agentic Programming Tips Every Serious Engineer Should Use

python (6)

• Probabilistic Study of a Concrete Cantilever with PCE and Sobol Indices
• Matplotlib Tips to Go: LaTeX-Friendly Plots in a Few Lines
• Collision Detection: AABB, SAT, and GJK
• Signed Distance Fields in Python
• S-N Curves and the Goodman Diagram
• Predicting transverse stiffness of fiber composites

random-fields (1)

• Random Material Fields in Beams: The Karhunen-Loève Expansion

reduced-integration (1)

• Why Your FEM Beam Is 10× Too Stiff: Shear Locking Explained

regression (1)

• The Loss Function That Doesn't Panic

robust-fitting (1)

• The Loss Function That Doesn't Panic

sdf (1)

• Signed Distance Fields in Python

sensitivity-analysis (1)

• Probabilistic Study of a Concrete Cantilever with PCE and Sobol Indices

shear-locking (1)

• Why Your FEM Beam Is 10× Too Stiff: Shear Locking Explained

statistics (2)

• The Loss Function That Doesn't Panic
• Interactive Data Exploration with Python & Plotly

stiffness (1)

• The Matrix That Must Never Go Negative: SPD Matrices in Engineering

structural-analysis (2)

• Engineering Calculations in Python: No Excel Required
• 3D stress analysis: Mohr's circles — interactive tool and Asymptote script

tensors (1)

• Visualizing Tensors of Any Rank via Unit-Sphere Projection

tutorial (1)

• Build Your Own Engineering Blog: From Zero to Live

uncertainty-quantification (2)

• Random Material Fields in Beams: The Karhunen-Loève Expansion
• Probabilistic Study of a Concrete Cantilever with PCE and Sobol Indices

visualization (5)

• The Matrix That Must Never Go Negative: SPD Matrices in Engineering
• Generalized Self-Consistent Scheme: Interactive 3D Visualization
• Eshelby's Inclusion: Interactive 3D Visualization
• Visualizing Tensors of Any Rank via Unit-Sphere Projection
• Wave Interference in Rust + WebAssembly