Chesapeake Bay Bridge

The world's longest Continous steel structure is Chesapeake Bay Bridge. It is a dual-span bridge in the USA state of Maryland. Structural Steel Detailing is a most difficult process of structural engineering. A Steel Detailer translates architectural and structural building drawings to increase an intensive working information the general configuration expectation of a building or structure. Utilizing this interpreted data then he creates altogether diverse set of clear, unequivocal and faultless drawings for the intention of steelwork fabrication.

The structure of the Chesapeake Bay Bridge is also designed intelligently to connect the state's rural eastern shore region with the more urban western shore. Its length is of 6.9km that is 4.3 miles longest steel structure over water and stands 186 feet tall at its heighest point.  Steel Detailing includes the creating detailed drawings for fabricators and contractors, to undertake conceptual, groundwork and detailed structural design projects in the areas of structural design and analysis to ensure that ideas are transformed into a monetary design.

The process is of two different types of drawing they are- shop drawing and erection drawing. Other Steel Detailing services involves significant stages as reinforcing steel detailing, anchor setting plans, steel design, connectivity diagrams, shop bolt summary and BOM. The Chesapeake Bay  Bridge design includes the steel trusses, cantilever spans, bascule spans and suspension bridges etc.

The design, quality and integrity of steel structures are the obligation of the structural architect, while following the significant measurements and construction standards are the obligation of the draftsman. The detailer is in charge of getting the steel detailing drawings sanction by the structural designer and the planner before put out for fabrication.

We are the Steel Structural Detailing Company providing all types steel structural services all over the world. For the engineers of the Steel structural it matters a lot how the structure has been planned, designed to build it and to give the structure a strong foundation with a great look. In such way structural engineers makes a difference and shape the built environment. Our highly skilled Structural engineers take up the challenges with excitement and face them with an excellent problem solving skills.

Steel Structural Detailing, Our Architects and Engineers have delivered promised steel detailing services to all its patrons irrespective of their belongings and work fields. We offer steel Structural design with high defination 2D structural design and used for shop and fabrication work to ensure integrity of structure. Our structural engineers with rich engineering experience in structural design and development in chorus endeavoring to uphold international standards in quality. We make our every best effort to trim down product design turnaround time as well as ensure cost effectiveness creating functioning with us a value add for our clients. You can contact us for any kind of Structural Steel Detailing we are here for you for 24*7.

Marvelous Structural Engineers In Your Budget:

India, August 12, 2014 – Steel Structural Detailing is an outstanding company.  Steel Construction Company started about four decades ago. Steel Structural Detailing offers all types of structural designing and structural drafting services. Remembering the way that it is an organization with a worldwide face, steel development underlines on building its human assets and making an empowering environment for skilled structural engineers, Cad drafter, steel detailer, and checker's to develop and prosper.

Steel Constrcution Detailing have got engineers with good knowledge and trained in their own specific field. Structural engineering services includes structural designing, structural cad drafting, structural steel detailing, Rebar detailing, Xsteel detailing, structural BIM(Building Information Model), structural 3D modeling services all over the worldwide. Our Structural experts of Steel Construction Detailing is talented over all like steel detailing, structural shop drawings, steel fabrication drawings, Pre Cast Panel Detailing, Pre engineer building detailing, joist detailing, stair and hand rail detailing. We provide services to our customers at the best quality, efficiency and also cost effective solutions to the projects.

The Structural Services we provide are:

1)      Steel Detailing (Main Steel) : Our proffesionals of CAD drafter and structural engineers provide Steel Structural Detailing and structural designing services are : Steel Detailing, X-Steel Detailing, Miscellaneous steel detailing, AISC steel design, Steel beam design, Composite steel beam design, 3D structural model, concrete steel connection design, shop drawings, fabrication drawings, erection layout, anchor bolt plan etc.

2)      Miscellaneous Steel :  Steel Structural Detailing offers wide service in miscellaneous steel. We are normally dealing with columns of various shapes and sizes, steel roof frames, erection plans, stairs, railings, miscellaneous steel parts. We even take material take-offs, field bold lists and basic connection development in addition to the miscellaneous above.

3)      Stair and Hand Rail : In this we provide a comprehensive range of stair and handrail standards services resulting high quality outputs, improved delivery schedule and significant cost saving. Our team members of steel detailers understand the need of patron in right manner and then implement it to maintain a smooth flow to plan out the layout or design of steel stair handrails.

4)      Joist Detailing : We are offering the Joist Detailing, steel roof truss, roof truss fabrication drawings, joist and deck detailing, framing connection details, erection shop drawings, roof framing plan, anchor bolt plan, material estimation & bill of material services. We take in the projects and work on it whether it is a single roof framing or full design steel frame development.

5)      Rebar Detailing : A rebar is essentially a simple steel bar which is normally built of steel and reinforced with concrete structures. It demonstrates the details of the shape, size, number or spacing of bars in any rcc structure, different sections of the structure is taken and the arrangement of the reinforcement is shown in it.

6)      Pre Engineering building: Pre-Engineered steel building concept is widely used in many of the industrialized countries. It consists of a complete steel-framed building system, with components pre-designed to fit together in a vast variety of combinations to meet the unique requirements of specific end uses. Sub-Systems include anchor bolts, structural framing, insulation, roof and wall cladding, mezzanines or floor including steel floor decking, windows, doors, ventilation systems, canopies, overhangs and fascias.

7)      Pre Cast Panel Detailing : Precast cladding or curtain walls are the most common use of precast concrete for building envelopers.  Common Cladding units include wall panels, window wall units, spandrels, mullions, and column covers.  Generally there are four sorts of precast panels used as part of building envelopes they are : Cladding or curtain walls, load-bearing wall units, shear walls, formwork for cast-in-place concrete.

8)      Structural Engineering :  Structural Engineering is concerned with the research, planning, design, construction, inspection, monitoring, maintenance, rehabilitation and demolition of permanent and temporary structures, as well as structural systems and their components. Structural experts outline structures to withstand anxieties and weights forced through ecological conditions and human utilization. The structural engineering services involving services with structural steel design and detailing are Structural CAD Drafting, Shop Drawings, Structural Design, Steel Structure Detailing, Rebar Detailing, Bar Bending Schedule, Structural Analysis, Structural 3D model etc.

9)      BIM : Building Information Model describes the process of designing a building collaboratively using one coherent system of computer models rather than as separate sets of drawings. BIM is a process that involves creating and using an intelligent 3D model to inform and communicate project decisions. BIM building Information Modeling is essential for architects, engineers, consultants, builders, and owners to design, analyze, document, and deliver designs from the abstract phase through the construction phase, and beyond. There are types of BIM Service that are architectural BIM Service, Cad BIM Service, Structural BIM Service, BIM Drafting service, 2D BIM Service and 2D BIM Design Service etc.

Steel Structural Detailing is one of the largest and trusted company for providing these services as stated above. Steel Structural Detailing is a preferred steel design and detailing partner for their worldwide renowned clients. Our experts and professionals  are highly skilled and well trained in their own fields. Our dedicated team members of Steel Structural Detailing value the patrons feom the world wide as our valued partners and deliver the best services. We utilize the best and latest technologies to meet the requirements of our patrons regarding the any type of Structural steel construction detailing work at the cost effective and which fits in your budget. For more information you can Contact Us.

Chenab Railway

     The Chenab rail bridge is going to be the highest in the world. The Chenab Bridge is an arch bridge under construction in India. Chenab Rail Bridge is 35 meters taller when compared with Eiffel Tower of France and five times the highest of Qutub Minar at 359 meter above river bed, will connect Baramulla and Srinagar to Jammu via Udhampur. Katra- Quzigund covering the entire route in about seven hours.

    The Chenab rail bridge total length will be 1315 meters. Bridge may use more than 25,000 tons of steel. The Railway have developed a helipad to move construction materials and equipment. For the 73 km passage which consist of construction of 63 km tunnels and also 7.5 km of bridges, Konkan railways is constructing 176 km of roadways to gain access to the project sites. Railways is made of already constructed 104 km of roads that is giving connectivity to remote villages which  were till now inaccessible. The estimated cost of a project is $92 million.

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    Thinking about the inaccessible terrain of the HimalayanMountains the bridge will get a special coat of paint with a life period of around 35 years to protect it from the tough weather conditions. The railways has designed the alerting system at the bridge which will measure wind speed at the bridge site, and will interlock train movement over the bridge automatically if there is any wind flow above  the prescribed speed.

    Konkan Railway Corporation, with working experience of building 179 largest bridges on the path breaking rail link with the Konkan region, are going to execute this specific section. Trains can be cruise at 100 kmph on the structure, which would like to have a lifespan of 120 years. Bridge would comprise an “arch- shaped” steel structure spanning 467 meter from one side of the river to the other, the reminder of the bridge across two mountains will span 1.3 km.

   The Bridge will link up Baramulla to Jammu with travel time of six and a half hours, almost half the time it presently takes. As per project engineers, the main arch is being built using two cable cranes connected on both sides of the river that can be secured on enormous steel pylons.  The Construction involves the use of concrete filled trusses. This feature is to be used the very first time in India. Concrete filled trusses have an impact on increasing stability of the arch as a steel arch is comparatively light faces stability problems against wind.

Ahmedabad Metro

Ahmedabad Metro:

Ahmedabad Gandhinagar metro link is planned to begin in June 2017. Ahmedabad metro providing committed world class safe, comfortable and also fast travel. The state government is in consulting with the technical consultants and has stated the process of phase – wise execution of the project. MEGA project, which seems to evolve from high number of faster transport system to metro – cum- regional rail transport system to accommodate not only the state’s capital Gandhinagar and Ahmedabad but also surrounding cities.

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MEGA (Metro link Express for Gandhinagar and Ahmedabad) can also be the very first metro company to bridge the driver-less train technological innovation in the country. M/S Egis Rail recommended the broad gauge who is the France based metro rail specialist. The break system totally computerized, thus cutting down the time difference among two trains. MEGA may have an average speed of 40 kmph and will have a top speed of 110 kmph. Metro projects in India have a minimum waiting period of time of 180 seconds between two trains this is the shortest time in the world.

The metro rail project are going to promote integration with AMTS, BRTS, Railways as well as other  modes of operation of public transit method. The purpose of model project aims for the entire nation not only for the state of Gujarat. MEGA is plans for to provide the excellent state of art technology greatest cost effective metro within the fastest span of time possible in the country.

The offered metro may have completely elevated structure, ballast – less tracks, driver less air- conditioned coaches, GPS system for rail tracking system, train location guidelines and stations with technical support infrastructure such as computerized fare collection, parking facilities etc.. The network Management System will be covering Optical Fibre transmission System, radio communication and Telephone Exchange. The entire length of the route is 35.2 KM (approx.) this includes 28.2 km elevated and 7.0 km underground section including 32 stations along with the route. This will be part 1 of the project.

MEGA project shall be required to plan the floor for the project, which involves shifting underground cables, street lights as well other underground services. Primarily 3 car train shall be operational that can be progressively raised to 6 cars based on the need. There will be four boggies in each train one bogey will be carry 400 passengers, indicate by MEGA official.  Huge investment is required to provide the best services such as infrastructure and moving stock to the public.

Mumbai International Airport New Terminal T2:

Mumbai International Airport NewTerminal T2:

GVK, Chhatrapati Shivaji International Airport's newTerminal 2 inaugurated in Jan 2014. Terminal T2 is designed by an architect Skidmore, Owings and Merrill. Terminal t2 is India’s very fast and also most innovative vertical passenger terminal that include the world class designs, infrastructure, architecture and functional proficiency with a rich infusion of Indian cultural and heritage character. Terminal T2 highlights with a wonderful museum that showcases Indian art along with a longer wall. Double height art wall lighted by skylights above. The ceiling of T2 is unique and it has been motivated by dancing white peacock. 

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The new Terminal T2 is inaugurated  by Maharashtra chief Minister Prithviraj Chavan. The 2.2 Km Sahar Elevated Road joins western express state highway with the new and innovative Airport Terminal T2. 1400 acres areas cover by Terminal T2. The new Terminal T2 basically designed by the GVK – led consortium has been built an amount of over 12,500 crores. For construct Terminal T2 18,000 metric ton of steel have been used. At level 2 for arriving passengers providing facilities of private car and hotel pick- up.

The Terminal T2 is built four levels which will indulge an approximately 40 million travellers every year approximately. The level 1 is for ground transport, level 2 is for arrivals, level 3 is for domestic departures and level 4 is for international departures. Terminal T2 is one kind of unique infrastructural project all over the world. GVK, CSIA (Chhatrapati Shivaji International Airport) treat guests by offering best in class comfort and convenience facilities.

In Terminal T2  188 check in counters, 76 immigration counters for arriving passengers, 60 immigration counters for departing passengers, 47 escalators, 52 boarding bridges, 73 elevators, 10 baggage carousels. There is 21,000 square meters of retail space and a parking for 5,000 cars. Free Wi-Fi facility  is also available in both domestic and international terminals. There is ATM and money exchange counters available inside the terminal.

Terminal T2 is operating 24 hours a day. The domestic terminal is busiest at  daytime while the international terminal is busy during the night. The terminal is intend to provide facilitate prompt and organized movement of planes and passengers both. There are space that allows travellers to shop, eat and watch planes take off through extensive floor to ceiling windows. The design of terminal creating a comfortable day light space for waiting passengers and responsive daylight control balance indoor and outdoor light levels optimal energy savings, this design will reduce the terminal’s energy usage by 23%.

Bandra-Worli Sea Link (BWSL) - Structural Engineering

Engineers are populace who put together the things to work. The toil and thoughts of engineers make accomplishment achievable. They put power and materials to work. Engineers work to develop economic and safe solutions to practical problems, by applying mathematics, scientific knowledge and cleverness while considering technical constraints. There are all sorts of engineers who are coming forward in sum or another field. One of them is Structural Engineering.

Structural Engineering is concerned with the study, planning, design, building, inspection, monitoring, upholding and treatment of enduring and temporary structures, as well as structural systems and their components.  Structural Engineering design the structure of buildings, bridges, towers, stadiums and that is not the limit they even design the structures for space satellites, aircrafts and ships etc. They build it strong enough and stable to resist all loads. They design and build it in such a manner that it can handle all types of calamity like rain, wind, snow, earth quake etc.

Bandra-Worli Sea Link (BWSL) is the most amazing structure designed and built by the structural engineers. This is the first bridge in India constructed on the sea and developed completely by the Indian engineers. It is the first longest bridge on sea in India; Bandra-Worli Sea Link is a structural engineering marvel spanning an arc of the Mumbai coastline. This bridge is also known as Rajiv Gandhi Sea Link. It is 5.6 kilometer (3.5 mile) long and width is 66 ft bridge constructed in Arabian Sea joins the two suburbs of Mumbai, Bandra and Worli. Bandra-Worli Sea Link has 8 lanes carriageway bridge across the open sea.

Bandra-Worli Sea Link (BWSL) consists of twin continuous tangible box girder bridge sections for traffic in each direction. It has 16-lane toll plaza with 20-m wide promenade together with state-of-the-art traffic complete with concrete barriers. The bridge alignment is defined with vertical and horizontal curves. It is a cable-stayed bridge with pre-stressed concrete-steel viaducts on either side. The bridge shortens the distance between the two suburbs that is Bandra in the Western Suburbs of Mumbai and Worli in South Mumbai, where the travelling time by normal road was 40 minutes now because of the Bandra-Worli Sea Link you can cover the distance in 7 minutes. The bridge looks awesome especially at night.

This can be the benefits of the structural engineering. So it matters a lot how the structure has been planned, designed to build it and to give the structure a strong foundation with a great look. In such way structural engineers makes a difference and shape the built environment. Structural engineers take up the challenges with excitement and face them with an excellent problem solving skills.

Structural 3D Modeling

Structural 3D Modeling

The Structural 3D modeling services that are used to enable product visualization, preview architectural structures or prototype, which expand audience’s imaginative capacity. A CAD engineer shapes your ideas and creates 3d models with 3D CAD software, which help you to drastically cut down on manufacturing and development cost. The general structural 3D modeling services include steel structure, wooden frame structure, panel structure, reinforced concrete, industrial and commercial building and special tank structures and canopies structures, etc.

Structural consultants, Steel Detailers, Fabricators, Architects, Structural Engineering consultants, CAD solution providers, building contractors, etc. are some of the sectors wherein the structural engineering services are proved of great importance. The input formats and output formats used for the structural 3D modeling services are AutoCAD files like dwg, dwf and dxf; images like pdf, tiff, jpeg, etc. and even hand drawn sketches.

Structural 3D modeling is a fundamental part in civil engineering. Structural 3d modeling service is cost effective for builders and contractors and also saves times. Structural 3D modeling includes geometrical modeling with all information and combination seismic, remote sensing, well bore, & surface geologic data. Structural 3D model are used for difficult fault analysis include mechanical interaction and tension transfer.

3D structural modeling systems greatly enhance the design schedule and quality of industrial facilities. With proper 3D models engineers can effectively address the complexity and delivery schedules for projects while incorporating mechanical and structural systems.

Our structural 3D modeling will help you to get a detailed view of the structure from every side. This will help you to get clear perception about how the building is going to be developed and if needed, you can make some changes also so that when the building gets completed, it appears perfect. As a design and communication tool, the 3D model allows seamless coordination and smooth communication flow among the structural engineer. Since the 3D model can be shared across various disciplines and platforms each change is visible to all which in turn reduce errors and cost.

Structural 3D Modeling understands that clarity translates to precision, intelligibility and transparency, aspects imperative to the structural design process. To create a safe and sound structure, engineers should have an intelligent and precise view of all design-sensitive information, covering every minute detail. The 3D outputs demonstrate that we keep all these in mind. The 3D modeling services reflect to accountability, commitment to serve dedicatedly.

Architectural Drafting

Architectural Drafting:

Architectural Drafters draw architectural and structural features of buildings and other structures, and may specialize in a type of structure, such as residential or commercial. Drafters are involved in drawing the plans for many objects and are not limited to blueprints of buildings. They may use computer aided design tools like CAD to make plans for everything from a house to a tiny piece of electronic equipment.

Drafting and architecture are both essential parts of building design and construction, but they are definitely not one and the same. These two equally necessary parts of the process are usually done by different people and the two jobs, although they cross paths regularly, involve many different skills and responsibilities. The two people who take part in drafting and architecture, predictably, are drafters and architects.

Architectural Drafting is how to create working drawings and computer simulations used in the designs and construction of buildings, and other structures. Architects draft architectural design plans for use by the contractor who will actually construct the building. A drafting plan is necessary for the architect to convey important information to the contractor. There are techniques in drawing floor plans, elevations, sections, construction details, presentation drawings, and model making are some of the areas covered through the hands-on experience. Today's architects draw up the plans using a computer software program, then print the plans and give them to construction contractors, who read the blueprints and follow the plans to construct the intended building.

Computer Aided Graphics is a big help in Architecture because it’s faster. Drawings are easier and faster to be visualized. Also it is easy to change, add, and delete a certain part of a drawing as it is just one click away. Drawings and presentations are easier. Also collaborations between different designers are applicable as everybody could change the drawing in the computer.

Without CAD, an architect can use existing designs, but must physically trace them, then erase and redraw lines to conform the template’s design to this specific client’s needs. These extra tasks introduce potentially more errors into the final design, not to mention greatly increasing the time needed to produce that design.

Architectural drawings are used by architects and others for a number of purposes: to develop a design idea into a coherent proposal, to communicate ideas and concepts, to convince clients of the merits of a design, to enable a building contractor to construct it, as a record of the completed work, and to make a record of a building that already exists. Architects can also direct their CAD program to make the pictorial drawing photorealistic, which is extremely difficult and time-consuming for an architect using manual tools to achieve.

Mechanical Engineering

Mechanical Engineering

Mechanical Engineering is a key and worth supplementary services for over a decade. Mechanical Engineers have great know-how in analyzing, designing, manufacturing, and maintaining all kind of mechanical systems. Mechanical Engineering is a regulation of engineering that applies the philosophy of physics and resources science for analysis, design, manufacturing, and maintenance of mechanical systems. It is the branch of engineering that engrosses the manufacture and practice of heat and mechanical authority for the design, production, and operation of machines and tools. It is one of the oldest and broadest engineering disciplines.

To put it simply, mechanical engineering deals with anything that moves, including the human body, a very complex machine. Mechanical engineers learn about materials, solid and fluid mechanics, thermodynamics, heat transfer, control, instrumentation, design, and manufacturing to understand mechanical systems. Specialized mechanical engineering subjects include biomechanics, cartilage-tissue engineering, energy conversion, laser-assisted materials processing, combustion, MEMS, micro fluidic devices, fracture mechanics, nanomechanics, mechanisms, micro power generation, tribology (friction and wear), and vibrations.

Mechanical Engineering is especially attractive as it meets the needs of a large and growing number of related verticals. Some of the other engineering verticals such as telecom, automotive, consumer and medical devices, aerospace, marine vessels, process industries Transportation, Logistics general engineering and many more  are following the Mechanical Engineering way.

In Mechanical Engineering there are Mechanical designing and mechanical drafting services using AutoCAD (DWG, DXF), Micro Station (DGN), Adobe Illustrator (AI), CorelDraw (CDR), Vector Works, etc. They can re-create new mechanical drawings from design data and sketches. With our mechanical design & mechanical drafting expertise we can also create assembly drawings for all types of mechanical assemblies, architectural schematics, structural designs, auto components designs... and then transform them into perfectly accurate multi-layer mechanical drawings.

The AutoCAD software is generally used in converting the hand sketches, drawings and design data into Mechanical 2D Drafting. In mechanical engineering, having a simple concept in mind can help in creating 2D Drawings with great accuracy. The skills of our expert engineers are of great value in this process. This is then updated with the latest CAD geometry technology including the best CAD applications and standards. This leads to the best mechanical 2D drafting procedure in your project. Mechanical engineers are employed in virtually every kind of industry. They are involved with seeking new knowledge through research, creative design and development, and with the construction, control, management, and sales of the devices and systems needed by society. CAD Outsourcing Services

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