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Large Eddy Simulation

Computational Fluid Dynamics

Large Eddy Simulation

Computational Fluid Dynamics

Large eddy simulation ( LES ) is a mathematical model for turbulence used in computational fluid dynamics. It was initially proposed in 1963 by Joseph Smagorinsky to simulate atmospheric air currents, and first explored by Deardorff (1970).

Analysis and solving of problems that involve fluid flows

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Dialectical Questions

General

How are Large Eddy Simulation and Computational Fluid Dynamics the same?

How are Large Eddy Simulation and Computational Fluid Dynamics different?

What does Large Eddy Simulation highlight about Computational Fluid Dynamics?

What does Computational Fluid Dynamics highlight about Large Eddy Simulation?

Where do Large Eddy Simulation and Computational Fluid Dynamics most directly clash?

Where do Large Eddy Simulation and Computational Fluid Dynamics unexpectedly connect?

What are the main strengths of Large Eddy Simulation compared to Computational Fluid Dynamics?

What are the main strengths of Computational Fluid Dynamics compared to Large Eddy Simulation?

What are the main weaknesses of Large Eddy Simulation compared to Computational Fluid Dynamics?

What are the main weaknesses of Computational Fluid Dynamics compared to Large Eddy Simulation?

What larger context includes both Large Eddy Simulation and Computational Fluid Dynamics?

How might Large Eddy Simulation and Computational Fluid Dynamics balance or complement each other?

What would the world look like if Large Eddy Simulation dominated?

What would the world look like if Computational Fluid Dynamics dominated?

What would be lost if Large Eddy Simulation disappeared?

What would be lost if Computational Fluid Dynamics disappeared?

How might Large Eddy Simulation and Computational Fluid Dynamics depend on each other?

What hidden patterns link Large Eddy Simulation and Computational Fluid Dynamics?

How might Large Eddy Simulation and Computational Fluid Dynamics evolve in the future?

Can the conflict between Large Eddy Simulation and Computational Fluid Dynamics be resolved—or only managed?

Self & Identity

How do Large Eddy Simulation and Computational Fluid Dynamics shape ideas of identity?

What does choosing Large Eddy Simulation over Computational Fluid Dynamics say about the self?

How might people identify with Large Eddy Simulation differently than with Computational Fluid Dynamics?

Culture & Symbol

What cultural meanings are attached to Large Eddy Simulation and to Computational Fluid Dynamics?

How are Large Eddy Simulation and Computational Fluid Dynamics represented in symbols, stories, or media?

What metaphors capture the tension between Large Eddy Simulation and Computational Fluid Dynamics?

History & Memory

How has history treated Large Eddy Simulation compared to Computational Fluid Dynamics?

What past conflicts or links between Large Eddy Simulation and Computational Fluid Dynamics still matter today?

How do memories of Large Eddy Simulation affect the way we see Computational Fluid Dynamics?

Nature & Cosmos

How do Large Eddy Simulation and Computational Fluid Dynamics relate to the natural world?

How does Large Eddy Simulation reflect universal laws differently from Computational Fluid Dynamics?

What natural metaphors describe Large Eddy Simulation and Computational Fluid Dynamics?

Body & Health

How do Large Eddy Simulation and Computational Fluid Dynamics each affect human wellbeing?

What emotions or sensations are tied to Large Eddy Simulation versus Computational Fluid Dynamics?

How do Large Eddy Simulation and Computational Fluid Dynamics relate to survival or resilience?

Economy & Work

How do Large Eddy Simulation and Computational Fluid Dynamics change the meaning of work or value?

How do Large Eddy Simulation and Computational Fluid Dynamics compete for resources?

What would everyday life look like under Large Eddy Simulation versus Computational Fluid Dynamics?

Power & Control

How does Large Eddy Simulation try to control or influence Computational Fluid Dynamics?

How does Computational Fluid Dynamics try to control or influence Large Eddy Simulation?

Who gains power if Large Eddy Simulation dominates Computational Fluid Dynamics, or if Computational Fluid Dynamics dominates Large Eddy Simulation?

Learning & Knowing

How do Large Eddy Simulation and Computational Fluid Dynamics define knowledge differently?

What kinds of truth are emphasized by Large Eddy Simulation versus Computational Fluid Dynamics?

How does comparing Large Eddy Simulation and Computational Fluid Dynamics expand what we know?

Technology & Tools

How do Large Eddy Simulation and Computational Fluid Dynamics influence the tools people use?

How do Large Eddy Simulation and Computational Fluid Dynamics change through new technologies?

How do Large Eddy Simulation and Computational Fluid Dynamics shape the pace of progress?

Imagination & Play

How do Large Eddy Simulation and Computational Fluid Dynamics inspire creativity or play?

What games or stories can be told about Large Eddy Simulation vs Computational Fluid Dynamics?

How do Large Eddy Simulation and Computational Fluid Dynamics shape our dreams of the future?

Emotion & Expression

What emotions are most connected to Large Eddy Simulation? To Computational Fluid Dynamics?

How would art or music express Large Eddy Simulation compared to Computational Fluid Dynamics?

What inner conflicts arise when choosing between Large Eddy Simulation and Computational Fluid Dynamics?

Paradigms & Patterns

What assumptions about reality are revealed by Large Eddy Simulation versus Computational Fluid Dynamics?

What patterns link Large Eddy Simulation and Computational Fluid Dynamics?

How could Large Eddy Simulation and Computational Fluid Dynamics be combined into a new paradigm?

Large Eddy Simulation

Computational Fluid Dynamics