The front elevation of a building is often one of the first parts of a design that a client sees. It usually consists of a site plan, floor plans, and exterior elevations.
Seattle’s Bell Street Park project reclaimed previously dedicated driving space for more flexible use, elevating it into a level, continuous surface. The design also introduced bulb-outs, curb ramps, truncated domes at avenue crossings to bolster pedestrian position and sightlines, and to accommodate users with physical impairments.
1. Structural Analysis
Structural analysis is the process of determining the effects of load and internal forces on structures. This is done to ensure that structures are safe for use under the estimated loads.
This is a very important engineering design process, which uses standards and physical law such as applied mathematics, material science, and applied mechanics. It enables engineers to calculate structure deformation, reactions, stresses, acceleration and so on.
This is the process of calculating the response of structural members to specified arbitrary external loads during the preliminary structural design stage. The results of this are the developed internal stresses and displacements that occur within each structural member as a result of these loads.
2. Structural Design
Structural engineering is a sub-discipline of civil engineering that pertains to the design and construction of buildings. This includes everything from the structural stability of the building to its architectural and interior finish options.
One of the most important tasks for architects and builders alike is the design and build of the building. To help with this, many design-build firms have their own structural engineering consultants on staff.
Some of them even have an on-site laboratory where they test the latest in structural materials, technologies and innovations. Their most successful projects are the ones that combine innovative technology with clever, thought-out design. They are also often the most fun to work on, and most rewarding. Regardless of the size and scope of your next project, a skilled and committed team of professionals can make your vision a reality.
3. Structural Detailing
Structural detailing refers to the process of transforming design blueprints and requirements into precise guidelines that steel fabricators and erectors can use to manufacture and erect structural steel members in buildings, bridges and other structures.
The process is also essential in preventing accidents that could result from miscalculations in the size and dimensions of steel components. The resulting drawings and models help contractors, engineers, architects, and fabricators stay on the same page at different stages of a project.
The best part is that this work can be done quickly and efficiently, utilizing the latest in computer-aided design technology. Unlike traditional methods, which require pencil and paper, it’s much easier to create 2D and 3D structural drawings with structural detailing software.
4. Structural Detailing Detailing
Structural Detailing is a process of creating detailed blueprints for steel fabricators and erectors to use in the production and installation of steel components such as columns, beams, trusses, and rafters.
The details a steel detailer prepares will help the construction company to build the structure efficiently and safely. These details include material specifications, connection types, and member sizing.
Erection drawings are another important part of the process of structural detail. These drawings detail the geographic placement of all the steel components within the structure.
Shop drawings are another type of drawings that detail the assembly and construction of the steel components. These drawings illustrate all the individual elements such as columns, joints, and steel beams, considering their material specifications and size.
5. Structural Detailing Detailing
Structural detail work is a crucial part of any construction project. This is because it involves the creation of precise blueprints and documentation for steel fabricators and erectors to use in constructing buildings, bridges, and other structures.
Using a structural design software, you can automate the process of creating your details and converting them into working drawings. This saves you time and effort, and allows you to avoid human errors like incorrect measurements or formula miscalculations.
A detailed set of CAD drawings is essential for the success of any construction project. These drawings can include plan, elevation and section drawings.