Engineering Thinking

Zereon
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Engineering Thinking explores how engineers reason, argue, and decide. Through deep discussions and structured debate, we question common beliefs about mechanics, failure, fracture, and simulation — and expose where engineering models work, where they don’t, and why that matters. This is not a course. It’s a conversation about understanding.

Episodios

  1. 24 mar

    True Stress: The Real Story Behind Why Materials Fail

    What if everything you learned about stress… is only half the truth? In this episode, we uncover true stress—the hidden reality behind how materials actually behave under extreme conditions. While traditional engineering stress suggests materials weaken before failure, the truth is far more surprising. As materials stretch, deform, and begin to neck, their internal forces don’t drop—they intensify. We break down: • Why engineering stress can be misleading • What really happens inside a material during deformation • The critical moment before fracture that most people misunderstand • And how engineers use true stress to predict failure more accurately This isn’t just theory. It’s the difference between safe design and catastrophic failure.

  2. 19 mar

    Pulled Apart: The Hidden Physics of Stress and Strain

    In this episode, we break down the two invisible forces that decide it all: stress and strain. Not in a boring, formula-heavy way—but by going deeper into what’s really happening inside materials. From atoms being pulled apart to structures reaching their breaking point, you’ll understand: • What stress actually measures (force inside a material) • What strain really means (how much it deforms) • Why the same force can cause completely different outcomes • And how engineers predict failure before it happens This isn’t just theory. This is the thinking behind why bridges stand, why materials fail, and how everything around you survives… until it doesn’t.

  3. 18 mar

    Why Things Don’t Fall—Until They Do 🔥

    Why does anything stay standing—and what makes it finally break? In this episode of Engineering Thinking, we explore the hidden logic behind strength and failure. From the tension in human tendons to massive structures like the Forth Bridge, the same fundamental principles are always at work. We unpack how forces move through structures, how materials handle stress, and why every system—no matter how strong—has a limit. This isn’t just about bridges or biology. It’s about understanding the deeper patterns that hold the world together… until they don’t.

  4. 17 mar

    Why Engineers Confuse Force With What Materials Feel..

    Engineers are trained to think in terms of load — forces applied, values calculated, limits checked. But structures don’t fail because of force alone. They fail because of how materials respond. In this episode, we explore a quiet but fundamental confusion in engineering thinking: the difference between what is applied and what is experienced. Why this confusion persists, how it is reinforced through education, and how it leads to mistakes in understanding stress, deformation, and failure. This is not about correcting a definition. It’s about changing how you see every problem in mechanics.

  5. 17 mar

    The Hidden Assumptions Behind Engineering Calculations

    Fatigue isn’t about how many cycles a material sees. It’s about how damage accumulates. This episode explores why components fail below safe stress, and why engineering intuition often misses the role of history in failure.

  • 5 episodios

Información

Engineering Thinking explores how engineers reason, argue, and decide. Through deep discussions and structured debate, we question common beliefs about mechanics, failure, fracture, and simulation — and expose where engineering models work, where they don’t, and why that matters. This is not a course. It’s a conversation about understanding.

Ficha técnica

  • Creado por
    Zereon
  • Años en activo
    2026
  • Episodios
    5
  • Clasificación
    Apto
  • Derechos de autor
    © Zereon
  • Sitio web del podcast
    Engineering Thinking