Streamlining means making a design as aerodynamic (which the least resistance of factors such as the wind).
This saves fuel, and will reduce CO2 emitters.
To reduce air resistance or drag.
Objects are streamlined to reduce drag and enhance efficiency during motion through a fluid medium, like air or water. The streamlined shape helps the object overcome resistance by reducing turbulence and minimizing the separation of flow. This design is commonly used in vehicles, aircraft, and marine vessels to improve speed and fuel efficiency.
Bigger wheels
A submarine is not streamlined primarily because its design prioritizes buoyancy and structural integrity over hydrodynamic efficiency. Unlike streamlined objects that minimize drag, submarines have a robust hull to withstand water pressure at depth and accommodate various systems, including ballast tanks and propellers. Additionally, the need for features like hatches and periscopes creates protrusions that disrupt a streamlined shape. Consequently, while submarines are designed to be efficient underwater, their form is not optimized for streamlining in the same way as fast-moving aquatic animals or streamlined vehicles.
24 Hour Design - 2006 Streamlined Living Room 4-13 was released on: USA: 25 March 2008
The streamlined design allows for sustained flight. isn't that awesome?
Aligned Integrated Streamlined
Using a streamlined shape in design offers advantages such as improved aerodynamics, reduced drag, and enhanced efficiency. This contributes to the overall functionality of a product by increasing speed, reducing energy consumption, and improving performance.
Objects need to be streamlined to reduce air resistance and drag when moving through a fluid, such as air or water. This design reduces the energy required for movement and increases speed and efficiency.
In the late 1990s, the use of computer-aided design (CAD) and "virtual models" to optimize design and construction greatly streamlined the building process.
design limi
Satellites operate in the vacuum of space where there is no air resistance, so they do not need to be streamlined for aerodynamic purposes. Their design is primarily focused on functionality, efficiency, and stability in their orbits.