It depends on the kinds of stresses the structure is expected to resist. To resist cantilever stresses (bending - a combination of compression, tension, and sheer), the octet-truss is the strongest possible structure. To resist only tension a straight line, such as a cable, is the optimum structural geometry; and to resist only compression a lorimerlite framework is the strongest structural geometry.
The strongest structure is often considered to be the triangle due to its ability to distribute weight and stress evenly. Triangular shapes are commonly used in bridge and building construction to provide stability and support. Structures that incorporate triangles are known to be more resilient and less prone to collapse under pressure.
Disulfide bonds are the strongest covalent bonds that stabilize a protein's tertiary structure. They form between cysteine residues that have sulfhydryl groups, creating a covalent linkage that can withstand denaturation forces.
The Spinosaurus is often considered the second strongest dinosaur after the Tyrannosaurus Rex. It had a large sail-like structure on its back and powerful jaws that allowed it to hunt effectively in water and on land.
The strongest protein bond is the disulfide bond, formed between two sulfur atoms from cysteine amino acids. It is covalent in nature and is important for maintaining the structure and stability of proteins.
The strongest creature for its size is likely the dung beetle, which can move objects over 1,000 times its body weight. They are able to achieve this incredible feat by using their powerful muscles and specialized body structure.
Graphene is considered to be one of the strongest materials in the world, with a tensile strength about 100 times greater than that of steel. Its unique atomic structure and bonding make it extremely resistant to deformation and damage.
in a structure like a building an arch is the strongest in a simple geometric structure a sphere would be the strongest because there is not week point such as a corner
Studies show that your tongue is the strongest structure in your body. But only you know if your eye lens is the strongest because if you have strong eyesight then it is but if you have poor eyesight, like if you wear glasses,contacts,etc., then your eye lens is not the strongest structure in your body. You need to work your eyes constantly so that they can become the strongest structure in your body.
Tectosilicates (Formative)
The arch is the strongest structure. The reason the others are sometimes used is the span is so long the arch isn't practicle.
A cylinder, a sphere or a dome.
No. Triangles are the strongest structure.
"Vertical, with zero declination for loads under compression;" no intention to flippant, but more information is needed about the structure or load for a useful answer to be tendered. If the structure is intended to hold liquid or gas the strongest structure may spherical, etc.
keir mcintosh
It really depends on what kind of strength you are looking for, a triangle is the strongest shape when rigidity is what is needed (so when you want to have a strong cantilever structure or a general structure that can resist a variety of stresses). It's difficult to say what might be the second strongest shape in such circumstances, but maybe a triangle that is not equilateral, but this is an over simplification. An octet-truss is the strongest structure for cantilevering because of the strength of the triangle However if its 'hardness' you're looking for, or resistance to purely compression, a tessellation of hexagons is your strongest shape, and therefore perhapse an irregular hexagon is your second strongest. A lorimerlite framework is the strongest truss under compression because of the strength of hexagons.
No. Perhaps the strongest structures in the world are the buildings that house the reactors of nuclear power plants. Not even the strongest tornado could destroy such a structure.
Triangle. Its the strongest geometric shape
Disulfide bonds are the strongest covalent bonds that stabilize a protein's tertiary structure. They form between cysteine residues that have sulfhydryl groups, creating a covalent linkage that can withstand denaturation forces.