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  • B-Rep Modelling Techniques: Chapter 16 — Miscellaneous Aspects of Modelling
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 15 — The Medial Axis Transform
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 14 — Applications
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 13 — Free-form Geometry
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 12 — Modeller Access
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 11 — Inputting and Outputting
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 10 — Graphics
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 09 — Feature Modelling
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 08 — Product Modelling
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 07 — Modelling Operator Definition
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 06 — Stepwise Modelling Algorithms
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 05 — Special Representations
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 04 — Euler Operators
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 03 — Datastructures and Tools
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 02 — Modelling Background
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • B-Rep Modelling Techniques: Chapter 01 — Introduction
    2026-02-25 · graphics, geometry, cad
    Study notes for Ian Stroud, Boundary Representation Modelling Techniques (Springer, 2006).
  • Lebesgue–Stieltjes Integral: Chapter 10 — Epilogue
    2026-02-25 · math, analysis
    The epilogue steps back and answers a natural question:
  • Lebesgue–Stieltjes Integral: Chapter 9 — Hilbert Spaces and L²
    2026-02-25 · math, analysis
    If L^p spaces are the general normed/Banach story, L² is the special case where geometry becomes inner-product geometry. That extra structure unlocks orthogonality, projections, and Fourier methods.
  • Lebesgue–Stieltjes Integral: Chapter 8 — The Lebesgue Spaces L^p
    2026-02-25 · math, analysis
    The book now pivots from integration as a numeric operation to integration as a foundation for function spaces.
  • Lebesgue–Stieltjes Integral: Chapter 7 — Double and Repeated Integrals
    2026-02-25 · math, analysis
    Chapter 7 extends the one-dimensional construction to two dimensions—just far enough to support Fubini’s theorem and practical computations.
  • Lebesgue–Stieltjes Integral: Chapter 6 — Integral Calculus
    2026-02-25 · math, analysis
    Up to Chapter 5, the Lebesgue–Stieltjes integral is a definition with good abstract properties. Chapter 6 turns it into a computational tool: how do you actually evaluate integrals and do calculus with them?
  • Lebesgue–Stieltjes Integral: Chapter 5 — Properties of the Integral
    2026-02-25 · math, analysis
    After the construction, Chapter 5 justifies why this integral is worth the effort: it behaves well under limits and it ignores “negligible” changes.
  • Lebesgue–Stieltjes Integral: Chapter 4 — The Lebesgue–Stieltjes Integral
    2026-02-25 · math, analysis
    Chapter 4 is the core construction: it defines a measure on the real line from a monotone function α, then defines the integral by approximating functions with step-like building blocks.
  • Lebesgue–Stieltjes Integral: Chapter 3 — The Riemann Integral
    2026-02-25 · math, analysis
    This chapter revisits the Riemann integral in a way that sets up the motivation for Lebesgue–Stieltjes: Riemann integration is intuitive, but it fails exactly where modern analysis needs stability.
  • Lebesgue–Stieltjes Integral: Chapter 2 — Some Analytic Preliminaries
    2026-02-25 · math, analysis
    This chapter builds the “analysis toolkit” used throughout Lebesgue–Stieltjes integration: limits, monotonicity, step functions, and regularity conditions like bounded variation.
  • Lebesgue–Stieltjes Integral: Chapter 1 — Real Numbers
    2026-02-25 · math, analysis
    This book starts before integration, because Lebesgue-style arguments lean heavily on the structure of the real line and on limiting processes.
  • SolidDesigner/Alice: what I'm building
    2025-10-08 · cad, architecture
    I’m building SolidDesigner/Alice, a modular CAD/BIM platform.
  • Hello, GitHub Pages
    2025-10-08 · meta
    This site is built with GitHub Pages + Jekyll.

© 2026 Hananiah · Engineering Notes