Outrageously Funny Word Dictionary :: Deflection

👉 Deflections are the changes in shape and size of a structure or object due to the movement or rotation of its components. These changes can be caused by forces such as gravity, wind, or other external loads, or internal forces like stress or strain.

deflections

👉 Deflectionize is a term in physics that describes the change in displacement of an object as it moves through a gravitational field. It's often used to describe how an object will be affected by gravity, such as when you are climbing stairs or riding a bicycle. The term can also refer to the process of using deflectionize to measure changes in gravitational acceleration or other parameters related to gravity.

deflectionize

👉 Deflectionization is a process used in structural engineering and physics to reduce the effect of seismic waves on structures. It involves using mathematical models that simulate the behavior of a structure under different levels of seismic activity, and then analyzing these simulations to predict how changes in the structure's response will respond to seismic events. In practice, deflectionization can be applied to various types of structures such as buildings, bridges, and structures made of materials with good seismic properties like concrete and steel. The goal is to

deflectionization

👉 A deflectional term is a mathematical concept in fluid dynamics and aerodynamics that refers to the tendency of a fluid flow to deflect or bend under a certain force. This phenomenon can occur when a fluid encounters a surface with an impermeable barrier, such as a wall or a ceiling, which prevents it from flowing freely. The deflectional term is often used in the context of water flow and aerodynamics. It arises because a liquid, such as water, has a tendency to deform under

deflectional

👉 The term "deflection" in physics refers to a change in shape or orientation of an object as it experiences a force. A deflection is caused by a force that causes an object's center of mass to shift relative to its equilibrium position, leading to a slight deviation from its original shape. Deflections can occur due to various forces such as gravity, tension, compression, bending, and other types of forces acting on the object.

deflection