Have you ever asked yourself who the person is that calculates the maximum safe-weight of a Structure? Estimates to ascertain the maximum force of wind that a structure is able to withstand? Evaluating the endurance of a building in the event of a fire, flood and wind. Structural engineering is the answer. From hurricane force winds to the magnitude of flash floods, engineering ensures durability and safety of all structures.

 

Over and above functional security,  the efficient usage of all building resources is also hallmarked by this level of engineering. It is an engineer who calculates the optimal grade of a material that is safe, functional and not economically prohibitive. This task is performed whilst collaborating with architects to make sure that the aesthetics of each project is met. In a structural-nutshell, engineering combines:

 

• Practical function
• Visual appeal
• Budgetary resources

 

A More In-depth Understanding Of Structural Engineering

 

The two guiding principles of engineering are physics and mathematics. The strength and capacity of any material can be estimated when physical laws are examined hand-in-hand with thorough and empirical research . In addition to this, geometry has to be considered and factored in to fully determine the soundness of a building. Ultimately, design and analysis are the core fundamental components of engineering.

 

 The Heavy Responsibility of Structural Engineers

 

Being a subdivision of civil engineering and project management, it can be said that structural engineers have the responsibility of:

 

• The design of large buildings
• Estimating the physical integrity of structures like bridges

 

Essentially, their duties are far removed from those of an architect. While architecture is all about shape, size, appearance, and functionality, structural engineers work singularly on technicalities. The obligation of a structural engineer to bring the architect’s vision to reality.

 

The Various Roles of Structural Engineers   

 

• Mechanics
• Physics 
• Mathematics 
• Creative problem-solving 
• 3D conceptual skill
• Logic

 

These are all abilities that a structural engineer should imperatively have. However, the diversified ‘role-hats’ that they wear aren’t limited to these capabilities either. Structural engineers have a surplus of qualities that include:

 

Support by Design

 

They play a crucial role in planning individual elements of a structure and the whole. Their primary function is the design and detailed data about:

 

• Floors
• Beams
• Foundations
• Type of roofs
• Wall retention
• Quantity of steel
• Calculating the stress
• Suspension of bridges

 

It is their designing role that ensures the beam, columns, and foundation can support the load of the whole structure.

 

 Analysis Of Material  

 

Technology has given rise to intricate designs that employ an amalgamation of construction material to create modern buildings. Properly utilizing them and guaranteeing the strength, safety and reliability of the structure is also another task of structural engineers. They analyse the various materials that are available and decide on the specification of each. Furthermore, they estimate the detailed and precise requirements of the substances whilst keeping in mind regulations and code as well as any features the client demands.

 

 Investigation Of Site

 

The very first step and starting point to a construction project is an in-depth and comprehensive investigation of the site where the building will occur. It is the job of the structural engineer to survey the location accordingly. They investigate if the site is indeed suitable for construction and whether the earth is apt and also suitable for the upcoming building.

 

 Security of Workers

 

How stable a building is when faced with static or dynamic loading is one of the most apparent roles of a structural engineer. However the element of safety is not just after the project has been built, it is incorporated during construction too. When engineers plan the design, they ensure that the workers, laborers, and visitors to the site are always secure. They make the building less hazardous and hassle-free.

 

 Coordination With Others  

 

A project management consultants demands the collaboration of many different professions. It is the onus of the structural engineer to communicate needs and coordinate operations. They have to be in constant touch of:

 

• Engineers
• architects
• landscapers
• environmental scientists
• Government bodies and authorities that inspect the building

 

 A Managerial Lead

 

The one final ‘role-cap’ that structural engineers need put on is that of a manager. It is their chore and responsibility to properly check the delivery of all construction materials and ensure that it matches the set specifications. They also keep a close and vigilant eye on the equipment required during all the stages of building. Furthermore, they manage and supervise  all the labor involved on site.

 

 What Training Do Structural Engineers Need?

 

An undergraduate course in a discipline of engineering followed by professional qualification under the Institution of Structural Engineers. The career demands meeting stringent standards and highly immense practical experience. Once an engineer manages to get a foot in the field, they need to train and learn for the rest and remaining duration of their profession. It is pivotal as the industry is continuously upgrading materials and methods of construction. Any individual who is happy and keen to invest dedication and time to the field will ultimately rise high in the sector with exciting projects thrown in their direction.

 

 It’s An Engineer’s World

 

Succinctly said, the world of construction and the one we live in is by all means an engineer’s metaphorical oyster. Without them, we wouldn’t have tunnels that break the monotony of traffic or bridges that span miles of rivers and oceans. Essentially, it is structural engineering that dynamically marries mathematics with physics  to subsequently produce paramount buildings with the most cutting-edge design possible.

 

Accurate and effective structural assessment guides constructors, and at Falkofske we are the forerunners in structural engineering design. Our team is equipped to test design efficiency and measure costs. We are the well-known architects and engineers in Arlington Texas who can chalk out the material required for all types of projects, of any scale while overseeing effective utilization of all resources.

 

Engineering Masonry Screen Walls Dallas/FT Worth TX

It has become increasingly evident over the past couple of decades that structural engineering services have a major and integral role when comes to the construction and design industry. This is also true for the construction of masonry screen walls.

Having a structural engineer on board when building masonry screen walls is one of the key and decisive components of success. The well-rounded combination of skills, knowledge and creativity of a structural engineer has a direct impact on the success and efficiency when it comes to the construction and design of masonry screen walls.

Describing the capabilities of different structures support, handle and resist loads is one of the primary, essential services provided by a structural engineer. Additional important aspects of a structural engineers involvement when building masonry screen walls also involves predicting the safety, utility and performance of these screen walls in various environments and circumstances. The structural engineer needs to take all aspects into consideration so they can ensure that the structural designs are meeting the needs and requirements of the customer as well as the required building design codes and criteria.

Contractors, builders, property owners and civil engineers can also benefit significantly from the services offered by a structural engineer for the constructing masonry screen walls. Even the smallest error in drawings and plans can result in unwanted consequences from legal claims against everyone involved in the process of design and construction. Furthermore, personal injuries and loss of life can be a tragic end-result. Structural engineers are able to offer detailed specifications provided for the building of masonry screen walls, so construction activities are planned confidently and worry-free.

It is for these reasons that today the construction industry has started to rely on structural engineers more than ever before. Thanks to the involvement of structural engineers, it is far more efficient to build cost-effective yet innovative structures using masonry screen walls. By utilizing the latest technology in their field, structural engineers are able to provide detailed drawings and offer specialty services that not only assist contractors, engineers and builders, but rather have a direct impact on designing and constructing masonry screen walls successfully and safely.

With the extra attention and detail provided by structural engineers, masonry screen walls are designed to resist wind pressure as well as seismic forces of which they’re exposed to whilst providing an attractive and durable architectural finish. Stability and strength is provided by:

Incorporating steel reinforcement (either conventional reinforcing bars, bed joint reinforcement, and or anchors)

Limiting the clear span of screen walls

Providing a separate support system capable of carrying lateral loads from the assembly to the backup support.

Just some of the other applications of structural engineering services are structural design drafting, structural design drawings, structural design drawings for wood and steel structures and structural and design analysis, all being an integral part and consideration when building masonry screen walls.

In today’s highly competitive construction industry, is it possible to design safe structures while maintaining project deadlines? While working with building professional spanning builders, contractors and engineers.

The Analysis of Building Structure

For the most part, the inspections of residential buildings are generally performed through reputable services that also provide the entire structural analysis. Usually this service company works alongside the architects or contractors to analyse the structure of a given building. By utilizing CAD (Computer Aided Design) software, the stability of the design can be analysed accordingly. This software can assist people in drafting the blueprints of a building. It is also effective to create three dimensional models of the building structures. Most residential structural engineering services in Dallas/FT.Worth generally use their engineering expertise to work with the contractors or architects to analyse the structure of the residential houses.

Restore Older Buildings & Structures

Restoring an older residential building? Structural engineering service and analysis usually begins with a complete analysis of the condition of the buildings. The next steps are crucial deciding on the most efficient solution for repairing the structure, foundation. Materials such as steel or concrete, or any other structural elements. Then develop a strategy for consulting services such as homeowners associations, property managers, architects, and contractors to complete the projects. This should also include expert advice to design concept, and project management..

Designing a New House

If you are in need of residential structural engineering services within the Dallas/Ft.Worth area? Designing their new houses. A new house needs to have a good & safe design. In addition, they also ensure that the property structure is properly calculated and meets all building codes. This will avert any potential structural problems in the future, this is pivotal to the process. For these very reasons structural engineers should evaluate your project plans to avoid potentially costly project adjustments

Structural Cracks

If you’ve been noticing cracks in your foundation that just seem to continue getting worse, or if you find that your windows or doors don’t close properly, your first reaction might be to hire a construction company to repair your foundation.

Before acting on impulse and doing so you should rather consider hiring structural engineering services to conduct a complete and thorough analysis of your foundation and make recommendations on exactly what sort of repairs you will need made.

Another added benefit of hiring a structural engineering services in Dallas/FT Worth is that they’ll usually be able to explain the steps you can take in the future for preventing foundation cracks and problems from reappearing.

It’s also a possibility that if your foundation is not in a critical state that the structural engineer will simply recommend preventative measures such as keeping the ground around your home adequately watered throughout the year. In this instance you could end-up saving thousands of dollars by not needing to hire a foundation repair company.

By utilizing the services of a structural engineering services you can ensure that the foundation company attends to all the work needed to completely level your house and ensure that you won’t have any sort of problems again in the future. If you decide not to utilise structural engineering services beforehand, you may find yourself at the mercy of the foundation repair company, with them telling you what kind of repairs they think need to be made.

Structural Engineering Services & Benefits

These have been just some benefits of residential structural engineering services in Dallas/FT.Worth. A great deal of people make use of this service to assist them in building, restoring, or repairing their property. This service is preferable as it also presents a surplus of expert advice that can be invaluable to people looking to design a strong structure for their home buildings.

Irrespective of how complex your construction requirements are, structural engineering services will ultimately make your construction safer and easier.

During the design process of a structure in an area that can be deemed unstable, such as mountainsides, slanted ground or slopes, it is pivotal in the architectural and geotechnical design to consider the parameters defined by a slope stabilization assessment. These set of criteria and findings are instrumental to understanding what structural design should be as well as the materials required in building the structure.

Slope stabilization in Dallas/Ft Worth starts with finding the correct method on how exactly to analyze the stability of the ground on slopes. It is crucial that the design is dictated by the slope stabilization criteria of testing the conditions, strength, and other factors of safety in the equilibrium of slopes of the ground, and embankments on soft rock and in the soil. Methodologies that do not aptly satisfy all conditions of equilibrium could involve

Methods that do not satisfy all conditions of equilibrium may involve significant miscalculations and inaccuracies and may further be the result of an unforeseen tragedy. Slope stabilization in Dallas/Ft Worth and all other areas should be executed under extremely strict and controlled conditions.

The slope stabilization would generally entail finding the effect of differential settlements where the embankments are situated. These areas would usually be compressible foundations in narrow, deep valleys, stress-strain compatibility of zones of various materials within an embankment, or of the embankment and its foundation. For the most part, civil and geotechnical engineering slope stability consultants and other professional engineers would conduct these assessments.

Slope stabilization in Dallas/Ft Worth becomes the quintessential consideration of the materials to be used, as well as, the design parameters of a geotechnical design. This is generally evaluated through exercise of engineering judgment by the slope stability consultant. It is the primary responsibility of the consultant to ascertain and analyze the stability of slopes, categorically focused on giving precise conclusions of the strength of the slope, necessary in the design and mobilization of the materials to be utilized along the sliding surfaces of the area. The limit equilibrium analysis assume the factor of safety along the entire slip surface. Slope stabilization in Dallas/Ft Worth calculate the safety capacity demand of slopes, as well as assuming stability with regard to sliding along the assumed particular slip surface analyzed.

Efficient slope stability consultants in Dallas/Ft Worth are usually construction engineers that strive to create a safe design, as opposed to those that simply specify rigid procedures to be followed in conjunction with a particular project.

At Falkofske Engineering, we follow conventional limit equilibrium methods used in geotechnical practice to investigate the equilibrium of a soil mass tending to move down-slope under the influence of gravity.

To find out more about Slope Stabilization in Dallas/Ft Worth and surrounds contact us today!