dihedral

On the two later aircraft both wings had equal dihedral.

The prototype had no dihedral but this is used on production aircraft.

However, dihedral in math means the angle between any two planes.

Stability would also have resulted from the dihedral of the wings.

It has a laminar flow section and 4.5 of dihedral.

The wing dihedral was reduced to 3 from 6 .

The wings have constant chord and carry 3 of dihedral.

It is tapered and has 1 20' of dihedral.

The third 703 had the same wing but with constant dihedral from root to tip.

The Marianne has a shoulder wing mounted with 3 of dihedral.

Insufficient dihedral and sweep back will generally lead to increasing spiral turn.

The wings of the Hippie are high set with noticeable positive dihedral.

A dihedral of six degrees was adopted to give increased lateral stability.

The rectangular plan wing has a single spar and 2.8 of dihedral.

The wing had a dihedral of 2 15'.

They are high mounted with 2 of dihedral and 2.3 of washout.

The wings were at the very back configured with dihedral, each wing made up of three cells.

Dihedral, or a positive wing angle to the horizontal.

The complete design team photographed before modification to give greater dihedral on the outriggers.

The intention was to investigate the effects of outer wing dihedral on handling.

They had no dihedral but were slightly swept.

Minor changes; chiefly the removal of dihedral from the tailplane.

Its inner panels have no dihedral but the outer ones are set at 4 .

The lower wing has three degrees of dihedral.

There is constant dihedral across the whole span.

The reasons are as follows: The dihedral board is probably not true.

Dihedral effect is not roll stability in and of itself.

Another example is the union of all dihedral groups.

However, many other aircraft parameters also have a strong influence on dihedral effect.

This is to compensate for other design elements' influence on the dihedral effect.

The first nine aircraft were built with constant dihedral angle.

It is the dihedral group of order 2, also known as the Klein four-group.

There was 5 dihedral outboard, but none on the centre section.

The upper wing is swept, while only the lower wings have dihedral.

In turn, the dihedral effect contributes to stability of the spiral mode.

The Sylow 2-subgroup is a dihedral group of order 8.

For example, in the infinite dihedral group, which has presentation:

Its symmetry group is the dihedral group of order 6 D.

These elements generate the dihedral group of the square.

However, context may otherwise indicate that "dihedral effect" is the intended meaning.

D refers to the dihedral group of eight elements.

The purpose of dihedral effect is to contribute to stability in the roll axis.

Their symmetry group, the dihedral group of order 4, has eight elements.

It flies with its wings held flat or very slightly above horizontal, in what is called the dihedral position.

Those aircraft use a higher amount of dihedral than conventional aircraft.

The design utilized a V-tail positions at a 45 dihedral angle.

And under certain conditions of heat and pressure, the dihedral form can become moderately unstable.

It is open even for dihedral groups, although for special sets of generators some progress has been made.

The center of the dihedral group D is trivial when n is odd.

Every dihedral angle in an edge-transitive polyhedron has the same value.