Link and Its Structural Member
When it comes to construction, a “link” is a generic term for the relationship between two structural members or components, with such relationship being adjusted or tightened by a fastener for the purpose of transferring either or both tension and or compression forces. A link can also be referred to as a connection, a mechanical coupling, a joiner, an element, an assembly or a frame. Thus, links form an integral part of the design and deployment of a wide range of machines, structures andor buildings by connecting, joining, strengthening and/or reinforcing components, members and/or elements.
In engineering and design applications, the link is considered to be the foundation of all structures. The link is the most ubiquitous force that is applied to a structure, providing strength and stability while providing flexibility and control to the building, structure and/or equipment around it. As such, the link has been used throughout history to create bridges, build houses and construct dams. It is also widely used in modern applications to transfer forces from one point to another, as is the case with trusses, towers, lattice frames, and so on.
A structural member is a component of an object or structure to which force is either applied or transferred. Depending on the application, structural members can range in size from small to large and may or may not possess the capacity to bear force. For example, a steel beam, column, or girder that is part of a building or other structure will have a much greater capacity to bear considerable amounts of force than a wooden dowel or bolt used to connect two pieces of wood.
In addition to bearing force, structural members are also designed to distribute load throughout the structure. By transferring and evenly distributing loads, a structural member can help ensure that all parts of the structure fully benefit from the load being applied. Furthermore, structural members can also provide strength to a structure by providing a stable, rigid base for which other components can be connected to without risking becoming damaged or weakened.
In order for a link to achieve its purpose, it must be attached to a structural member. By connecting to a structural member, a link can enhance the overall strength of a structure, reduce the number of individual components required to construct a system, and decrease the chances of a structural failure occurring. Furthermore, by connecting to a structural member, a link can also improve the stiffness and accuracy of an assembly, allow more precise and repeatable measurements and provide a fixed joint which can serve as a connection point for other components.
When creating a link, it is important to select a material that is suitable for the application. For example, when creating an engine mount, aluminum may be selected due to its low weight, high strength and excellent fatigue characteristics, or steel may be chosen for increased rigidity and stability. It is also important to choose a fastener with the correct dimensions and strength rating for the application. For example, a steel bolt may be used to attach a link to a structural member where a threaded rod may be used to attach components within the structure itself.
In conclusion, link and its structural member are essential aspects of construction and designing. Link is the be-all-end-all force to a structure and is responsible for transferring, adjusting and strengthening components in order for the structure to stay together. Moreover, a structural member is imperative to distributing force and providing support to the structure and all its components. Consequently, when creating a link, the correct material, dimensions and strength rating must be chosen in order to form a successful connection.
