LEARNBIOMIMICRYExamples
Engineering
Optimized Flow: Fluid Flow & Energy Efficiency
EngineeringEnergyForm

Optimized Flow: Fluid Flow & Energy Efficiency

Natural system

Nature Model

biological inspiration

Various

Application

primary function

Global

Location

origin

The Problem

This innovation addresses a key sustainability or performance challenge.

Optimized Flow: Fluid Flow & Energy Efficiency Fluid and aerodynamics in nature help organisms move efficiently through air and water. Birds and fish have streamlined bodies to reduce drag, allowing for faster, energy-efficient movement.

Optimized Flow: Fluid Flow & Energy Efficiency Fluid and aerodynamics in nature help organisms move efficiently through air and water. Birds and fish have streamlined bodies to reduce drag, allowing for faster, energy-efficient movement. Shark skin has tiny ridges that minimize water resistance, inspiring swimwear and ship coatings.

Biomimicry Breakdown

The Biomimicry Analysis

Term
Applied to Optimized Flow: Fluid Flow & Energy Efficiency
Resulting Design
A nature-inspired solution: Optimized Flow: Fluid Flow & Energy Efficiency

Find your own nature-inspired opportunities

Inspired by Optimized Flow: Fluid Flow & Energy Efficiency? The Biomimicry Opportunity Map scans your company website and suggests challenges worth solving the way nature would.

Get started →

Apply This

Design Application Prompts

1 How could the principles of this natural system be applied to solve similar challenges in other industries?Explore with Explora → 2 What other functions could benefit from the mechanism used in Optimized Flow: Fluid Flow & Energy Efficiency?Explore with Explora → 3 How might this approach be scaled or adapted for different contexts?Explore with Explora →

More Engineering Examples

Biological inspiration for Mangrove Roots: Offshore Wind Foundation Design
Human application for Mangrove Roots: Offshore Wind Foundation Design
Engineering

Red mangrove (Rhizophora mangle)

Mangrove Roots: Offshore Wind Foundation Design

Mangrove root systems stabilise trees in shifting tidal sediments by spreading loads across dozens of branching roots rather than concentrating force in a single trunk. Engineers are applying this branching foundation principle to offshore wind turbines to dramatically reduce steel use and installation cost.

  • ✿Inspired by: Red mangrove (Rhizophora mangle)
  • ⚡︎Function: Stabilise large structures in soft, shifting substrates while resisting lateral forces
  • ▣Company: Arup / MIT
  • ◉Where: Denmark
See full biomimicry example
Biological inspiration for Aquaporins: Reverse Osmosis Water Filtration
Human application for Aquaporins: Reverse Osmosis Water Filtration
Engineering

Aquaporin water channel proteins (found in all organisms)

Aquaporins: Reverse Osmosis Water Filtration

Reverse osmosis water filtration systems inspired by aquaporin water channel proteins that enable selective, efficient water transport across membranes.

  • ✿Inspired by: Aquaporin water channel proteins (found in all organisms)
  • ⚡︎Function: Mimics aquaporin protein function for efficient water filtration.
  • ▣Company: Aquaporin A/S
  • ◉Where: Denmark
See full biomimicry example

There's a natural world to explore

Learn to find strategies like this yourself

Get the free Field Guide Browse all biomimicry examples →