The lower lumbar vertebrae are the most stress bearing vertebrae.
Doesn't matter the size, shape or whatever, relatively our skeletal mass remains constant, therefore being short or tall has no bearing on the matter.
You tend to think about the sacrum. But it is not the case. You have the tail bone or the coccyx. It is the most inferior bone in the vertebral column.
Humans typically have 33 vertebrae, but only 24 of these are movable. The first 7 are cervical vertebrae in the neck, followed by 12 thoracic vertebrae in the mid-back, and 5 lumbar vertebrae in the lower back. Below the lumbar region are the sacrum and coccyx, which are fused vertebrae.
The giraffe is the mammal that has seven neck vertebrae, just like most other mammals. However, each of the giraffe's vertebrae can be over 10 inches long, allowing it to have a long neck.
The folded paper structure that generally supports the most stress is the triangular prism shape. This design distributes forces evenly across its three sides, providing stability and strength. Structures like the origami-inspired "Miura-ori" or similar pleated designs also enhance load-bearing capacity due to their ability to distribute weight effectively. Overall, incorporating geometric shapes that utilize triangulation tends to yield the highest strength-to-weight ratios.
There are five lumbar vertebrae located in the lower back. These vertebrae receive the most stress and are the weight-bearing portion of the back. The lumbar vertebrae allow movements such as flexion and extension, and some lateral flexion. Thoracic vertebra Final Answer: lumbar vertebra
The lumbar vertebrae in the abdoninal region The segment, or group, of vertebrae that bear the most weight in the body is at the lumbosacral joint between lumbar vertebra number five (L5) and the sacrum.
The vertebral body is the most anterior part of a typical vertebrae. It is the weight-bearing portion of the vertebrae and serves as the main point of articulation with adjacent vertebrae in the spinal column.
the lumbar region
The thoracic spine has the most vertebrae - twelve.
Doesn't matter the size, shape or whatever, relatively our skeletal mass remains constant, therefore being short or tall has no bearing on the matter.
The animal with the most vertebrae is the snake. Some species of snakes can have over 300 vertebrae in their body, allowing them to be extremely flexible and agile.
Stress concentration in a design allows for maximum design for the thickness of of the materials most especially where two materials are joined together using bolt and nut. this used to determine the maximum bearing stress between the surface of the joining materials
The thoracic vertebrae take up the most space on a human spine.
Shear stress acts parallel to the section surface while bending stress induces tension and compression in the element. Due to tensile and compressive bending stresses beam/member get rotated while shear stress tries to cause vertical movement of beam/member.
The bones of the back are the vertebrae, doughnut-shaped bones with the spinal nerves running through them and spongy cartilage discs between most of them. In humans, the spine consists of 33 vertebrae divided into five groups: the cervical vertebrae (neck), thoracic vertebrae (ribs), the lumbar vertebrae (back), the sacral vertebrae (hips) and the coccygeal vertebrae (coccyx or tailbone).
Owls have 14 cervical vertebrae, the same as most other bird species.