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Site Development, Plant and Logistics StructureVIDEO ON THE TOPIC: ZEMAN - Turnkey structural steel fabrication
Discover the BIM software technology that's easier to use, faster to learn and much more convenient to implement! The professional solution that allows you to take part in the BIM process with all the security and reliability of a software certified by buildingSMART. Carlos G. EdiLus has an integrated BIM design technology with powerful calculation functions. A single environment for modeling, analyzing, designing and preparing construction documents.
Work safely in the BIM process. A single modeling, design, analysis and document drafting environment. Model your structure using intelligent objects with geometric, materials and their spatial information. Model the structure to to define node inputs, loads, constraints.
The calculation model is automatically recognized from the model. Automatically produce the entire set of construction documents, detailed structural calculation results and reinforcement schedules. More info. Integrated FEM solver and graphical visualization of the analysis results. With the integrated FEM solver, quickly analyze complex structures even of large dimensions. View each object with its tensions and deformations and even modify it directly from the drawing layout.
Read the calculation results, loads, stresses, deformations directly from the model or simulate the structure's displacements with the help of a selective colour mapping to concentrate on even the smallest details for a precise analysis of the structure. The EdiLus solution allows structural engineers to design and work with reinforced concrete, steel and masonry structures in compliance with the Eurocodes EC and relating national annexes and with the Brazilian Technical Standards NBR.
Import and export in the IFC standard format to collaborate in the BIM process with the various role players of the construction industry with the reliability and data security of a software certified by buildingSMART. The software for the analysis and structural design of new and existing reinforced concrete buildings according to Eurocodes EC.
BIM modeling, automatic reinforcement design and scheduling, accurate working drawings. Steel structures analysis and design software according to Eurocodes EC.
The software for verifying load-bearing masonry structures, either ordinary or reinforced, for new and existing buildings according to Eurocodes regulations EC.
EdiLus BIM technology allows you to draw structural elements in two-dimensional or three-dimensional form by selecting the object characteristics at any time of the design phase. Each object is represented graphically and dynamically connected to a database of information that univocally identifies it in its dimensional, geometric and physical characteristics material, mechanical, etc. The data assigned to the object characteristics compose an element input for the calculation process and each modification immediately and dynamically becomes a new verification condition.
The input allows you to insert, modify and delete the objects keeping constantly under control plan views, cross sections or the axonometric view of the structure. All data is stored in a single database and in a single file, with endless advantages for the design workflow. The calculation process uses high-performance elements such as:. The solver is further enhanced by the automatic discretization function of the shell elements, which allows the designer to consider the real displacements between the various structural elements and allows to define variable thickening between the edges and the inside of the shell mesh.
EdiLus represents the results directly in graphical form by means of easy to read diagrams or 3D colour maps. Loads, tensions, stresses, thanks to object-oriented technology, can be queried by the user for complete control of the performed analysis. With a 3D colour mapped animation of the structure, EdiLus allows you to simulate and evaluate the dynamic evolution of the designed structure under the effects of an earthquake.
A powerful diagnostic reporting tool quickly and precisely highlights any modeling errors and regulatory requirement verifications. The detailed explanation of any modelling errors, dynamically connected to the object, guides the user in troubleshooting. The diagnostics is active in every phase of the design: at each modification it checks if errors have been introduced or if any errors already present have been corrected. All construction drawings are composed directly within the program by simply dragging and dropping the single drawings into the working drawings layout already pre-formatted with a wide range of title-blocks.
All produced drawings can be printed or exported in standard formats including dxf, dwg, pdf, rtf, etc. The Structural design process and Bill of Quantities phases are fully integrated with each other in a single workflow. Structure design and the calculation, together with the steel rebar schedule definitions, steel connections, etc. Any changes made to the stucture are immediately updated in the Bill of Quantities too maintaining a constant alignment between the structural model, the relating project documents set and the structural element quantities.
For advanced quantity surveying features, the data can be integhrated and exported to PriMus. EdiLus can import and export structural models in the IFC standard format.
IFC is the "common" file format, an information model, which allows design team members architectural, structural, plant engineering, etc. IFC Certification. Download the BIM models in the IFC format of architectural or plant projects from the cloud and proceed with advanced 3D modelling of the structure in a collaborative workflow; export the BIM model in the IFC format together with construction documents and calculation results back to the cloud choosing which folder to save the files setting the relevant file access permission levels for each authorized user.
The BIM collaboration platform allows all team members to have an open and continuous dialogue with each of the stakeholders involved in the construction during its life cycle as designers, construction companies, maintenance companies, plant and technical installation companies, customers, etc. Thanks to the integration with the Edificius BIM software, it is possible to make Architecture designs and Structures interact, with the advantage of obtaining a simplified and rapid input of the structure thanks to object recognition within the model and a convergence of structural and design details.
But there are many advantages: optimization of operatiing flows, time, costs, design errors, unwanted duplications and interferences are nearly reduced to zero and, above all, high integration between the design phase and the execution phase.
EdiLus is integrated with Real Time rendering technology allowing the structural design team to view a photo-realistic simulation of the structure in real time.
The advantage is extraordinary: you can navigate within the structure in a realistic 3D view and experience the construction details in first person especially for quality control purposes. Thanks to the integrated EdiLus-VR feature, you can publish the digital model on the BIM voyager platform to share the project with clients, architectural designers, installers or with component manufacturers.
The BIM voyager service even allows you to publish working drawings, calculation results, construction details, etc. Simply using the basic functions of the most widely used browsers, navigate within the structure freely without the need of any dedicated software. Even from the building site, everyone involved on a given project can access data and information relating to the structural information and take a virtual journey in the virtual model to get a closer look at all design aspects with great simplicity and naturalness.
Discover BIM voyager. Prices and Special offers. Can EdiLus manage complex or mixed structures masonry and reinforced concrete, masonry and wood, reinforced concrete and steel? Before deciding whether to buy EdiLus, can I try it first? During the trial period you also have free access to our online services such as video tutorials, start up courses, forums, online technical support even before proceeding with a purchase.
The right BIM choice for those who want freedom of collaboration and full data availability. Structural Design.
Try it for free. EdiLus is the BIM analysis and structural design solution for new and existing buildings with reinforced concrete, steel, masonry and timber elements. With EdiLus, in a single graphical environment you can automatically: model the structure by simply using parametric objects; perform a static and dynamic analysis of the structure with an integrated FEM solver; view the analysis results graphically mapped ad on each structural member; design and verify all structural members with the support of an interactive diagnostics tool; automatically produce reports, tables, schedules and detailed construction documents.
Find out more! Why use EdiLus? Integrated FEM solver and graphical visualization of the analysis results With the integrated FEM solver, quickly analyze complex structures even of large dimensions.
International technical regulations The EdiLus solution allows structural engineers to design and work with reinforced concrete, steel and masonry structures in compliance with the Eurocodes EC and relating national annexes and with the Brazilian Technical Standards NBR. EN Eurocode 1 Actions on structures. EN Eurocode 2 Design of concrete structures. EN Eurocode 3 Design of steel structures. EN Eurocode 5 Design of timber structures. EN Eurocode 6 Design of masonry structures.
EN Eurocode 7 Geotechnical design. EN Eurocode 8 Design of structures for earthquake resistance. Design of Concrete Structures. Design of Steel Structures. Design of Masonry Structures. NBR Projeto de estruturas de cemento. NBR Projeto de estruturas resistentes a sismos. Projeto de Estruturas de Concreto. Integrated BIM technology with powerful calculation functions. Object-oriented BIM technology EdiLus BIM technology allows you to draw structural elements in two-dimensional or three-dimensional form by selecting the object characteristics at any time of the design phase.
FEM solver integrated into the software With the integrated FEM solver, quickly analyze complex structures even of large dimensions. The calculation process uses high-performance elements such as: triangular HP-SHELL elements equipped with "drilling" degree of freedom; the HP-BEAM element, with flexible beam, 2 hinges on each side, rigid arms, freely oriented, end junctions and elastic soil behaviour at the flexible part, allows to obtain rigorous calculation results, without the approximations deriving from less appropriate schematizations.
View results graphically EdiLus represents the results directly in graphical form by means of easy to read diagrams or 3D colour maps. Interactive diagnostics A powerful diagnostic reporting tool quickly and precisely highlights any modeling errors and regulatory requirement verifications.
Detailed BoQ of the structure The Structural design process and Bill of Quantities phases are fully integrated with each other in a single workflow.
Integration and interoperability in the BIM process for a unified and shared design workflow. Integration in usBIM. Available soon. Seamless integration with Edificius Thanks to the integration with the Edificius BIM software, it is possible to make Architecture designs and Structures interact, with the advantage of obtaining a simplified and rapid input of the structure thanks to object recognition within the model and a convergence of structural and design details.
Find out more. Real Time Rendering and online navigation of the structure. Integration with Real Time Rendering EdiLus is integrated with Real Time rendering technology allowing the structural design team to view a photo-realistic simulation of the structure in real time. EdiLus-VR and BIM voyager: publish and share the structural model online and view the project from a simple web browser.
Technical Support. FAQ Can EdiLus manage complex or mixed structures masonry and reinforced concrete, masonry and wood, reinforced concrete and steel? Yes, EdiLus is a modular solution that allows you to calculate multiple types of structures.
German Engineering stands not only for a high degree of innovation, but also a certain passion for engineering challenges. From the initial idea through to the final handover - we design and build intelligent and efficient industrial plants. Made in Germany. The EPC Group is your respected and sought-after process technology and engineering service provider as well as a turnkey plant construction company on request at your service. We provide tailored plant design - We are EPC.
Structural colour and iridescence in plants: the poorly studied relations of pigment colour
Engineering is the use of scientific principles to design and build machines, structures, and other items, including bridges, tunnels, roads, vehicles, and buildings. See glossary of engineering. The term engineering is derived from the Latin ingenium , meaning "cleverness" and ingeniare , meaning "to contrive, devise". The creative application of scientific principles to design or develop structures, machines, apparatus, or manufacturing processes, or works utilizing them singly or in combination; or to construct or operate the same with full cognizance of their design; or to forecast their behavior under specific operating conditions; all as respects an intended function, economics of operation and safety to life and property. Engineering has existed since ancient times, when humans devised inventions such as the wedge, lever, wheel and pulley, etc. The term engineering is derived from the word engineer , which itself dates back to when an engine'er literally, one who builds or operates a siege engine referred to "a constructor of military engines. Notable examples of the obsolete usage which have survived to the present day are military engineering corps, e.
Civil & Structural Engineer
GHD's mechanical plant engineering team offers our clients a capability built on strong technical understanding, installation and operational backgrounds and is delivered with practical, real-world solutions. We understand that the plants and systems we design are critical to the performance of our clients' operations and we tailor the engineered solutions to achieve or clients' goals. Our plant engineering team is experienced in the design and maintenance of industrial processing plants. Our offering ranges from machine engineering and finite element analysis to fully integrated, multi-discipline industrial plant design. We collaborate with our clients to understand the key drivers for their projects, with a focus on safety in design though the life cycle of the plant, including constructability, operability and maintainability of the installations. Our primary customer groups are those who are in the business of processing, refining, handling, manufacturing or treating petrochemicals, gases, water, waste, bulk materials, minerals, food products or manufactured products for use in other processes or for sale to others. We utilise the latest 3D modelling software for each phase of project design development, from conceptual to definitive design, through to the production of documentation for construction.
With respect to biomanufacturing, glycosylation is one of the most addressed post-translational modifications, since it is well-known that the attachment of sugar residues efficiently affects protein homogeneity and functionality. Much effort has been taken into engineering various expression systems to control glycosylation and to generate molecules with targeted sugar profiles. Nevertheless, engineering of N - and O -linked glycans on well-established expression systems remains challenging. On the one side the glycosylation machinery in mammalian cells is hard to control due to its complexity. Most bacteria, on the other side, completely lack such glycan formations, and in general exhibit fundamental differences in their glycosylation abilities. Beyond that, plants generate complex N -glycans typical of higher eukaryotes, but simpler than those produced by mammals. Paradoxically, it seems that the limited glycosylation capacity of plant cells is an advantage for specific glycan manipulations. This review focuses on recent achievements in plant glycan engineering and provides a short outlook on how new developments in synthetic biology might have a positive impact. Solanaceous species within the genus Nicotiana , specifically Nicotiana tabacum tobacco and Nicotiana benthamiana Australian variety , are currently considered the most appropriate hosts in Molecular Farming.
The Structure and Mode of Steel Plant Process
Colour is a consequence of the optical properties of an object and the visual system of the animal perceiving it. Colour is produced through chemical and structural means, but structural colour has been relatively poorly studied in plants. This Botanical Briefing describes the mechanisms by which structures can produce colour. In plants, as in animals, the most common mechanisms are multilayers and diffraction gratings.
Created to make the multi-unit residential construction industry more efficient, Prescient uses the power of technology to link the discrete disciplines of architectural design, engineering, manufacturing and assembly. Through its proprietary digital thread, Prescient is reducing time, costs and risks across the entire development, construction and operating value chain. Changes the economics of the deal by allowing buildings to be taller without incurring the high cost and schedule penalties of concrete. The Prescient platform is ideally suited for multi-unit buildings up to feet tall. Their technology and digital design is able to build housing much cheaper and much faster and much more efficiently. No matter what all the other team members have done up front, when we get the baton, we have to finish on time and within budget. Having Prescient on the team from day one is one of the primary reasons we always finish in first place. We have converted multiple projects from other structural systems to Prescient for the simple reason that we would not have been able to finish the projects on time and on budget without Prescient on the team. Our clients have been so impressed with Prescient they frequently bring their peers and consultants to the construction site.
It is now possible to produce complex human proteins, largely correctly folded and N-glycosylated, in plants. Much effort has been invested in engineering expression technologies to develop products with superior characteristics. The results have begun to show success in controlling important posttranslational modifications such as N-glycosylation. With the emerging data increasingly indicating the significance of proper N-glycosylation for the efficacy of a drug, glyco-engineering has become an important issue not only for academia but also for the biopharmaceutical industry. Plants have demonstrated a high degree of tolerance to changes in the N-glycosylation pathway, allowing recombinant proteins to be modified into human-like structures in a specific and controlled manner.
Vos, J. Evers, G. Buck-Sorlin, B. Andrieu, M. Chelle, P. Plants react to their environment and to management interventions by adjusting physiological functions and structure.
The samples we give are the EA approved reports which have just been submitted and seriously evaluated by the Engineers Australia for Skilled Migration Visa. Please use the sample for reference only, please do not copy anything from the sample.
Engineering is the discipline and profession that applies scientific theories, mathematical methods, and empirical evidence to design, create, and analyze technological solutions cognizant of safety, human factors, physical laws, regulations, practicality, and cost. In the contemporary era , engineering is generally considered to consist of the major primary branches of chemical engineering , civil engineering , electrical engineering , and mechanical engineering. Chemical engineering is the application of chemical, physical and biological sciences to the process of converting raw materials or chemicals into more useful or valuable forms. Civil engineering comprises the design, construction and maintenance of the physical and natural built environments.
The Industrial Solutions business area at thyssenkrupp is a leading partner for the engineering, construction, and service of industrial plants and systems. In addition to chemical, coke, refinery, cement, and other industrial plants, our portfolio also includes mining, and ore processing and port handling equipment, along with corresponding services.
From greenfield to brownfield projects we offer turn-key solutions for all your plant designs, plant engineering and fabrication needs. We are a dynamic engineering company operating in the mining, mechanical and structural engineering environment.