Additive manufacturing 3D printing is a technology that produces three-dimensional parts layer by layer from a variety of materials. It has been rapidly gaining popularity as a true manufacturing process in recent years. In the AM process, a digital data file is transmitted to a production machine, which ultimately translates an engineering design into a 3D-printed part. Initially, AM was utilized as a rapid prototyping method — an accelerated method to create mostly plastic parts before manufacturing by well-accepted methodologies, such as injection molding, casting, forming, joining, etc. Metal-based AM processes were developed in the s.
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- Product structure modeling
- Leading engineering software provider for over 35 years
- Enabling Maximum Flexibility and Optimal Total Cost of Ownership
- PRODUCT DETAILS STRUCTURES
- Design method for critical structural steel elements
- Mechanical structure design and manufacturing technology
- Additive Manufacturing Simulation
Product structure modelingVIDEO ON THE TOPIC: BOM vs Product Structure
Innovate, collaborate, and create great designs anywhere and anytime. Browser-based, on-the-cloud, generative modelling, that uniquely combines graphical visual scripting and interactive 3D-modelling, with the ability to use one or the other interchangeably at any time.
Design and engineer detailed systems for construction in the three traditional building systems: Mechanical, electrical, and plumbing MEP. Collaborate globally on the single virtual product and solve issues in real-time. Enables visualization, exploration and digital mock-up of multi-CAD product structures within a web-browser. Create organic looking shapes and surfaces using subdivision modeling technology anywhere and anytime. Ensure consistency between 3D design and 2D tolerances and annotations with a single 3D product definition.
Layout and design of compartment spaces, complete with ceilings, coverings, doors and windows. Provide advanced process simulation capability for Additive Manufacturing that accurately captures the complex multiphysics behind part distortions. Provides advanced modeling capabilities in surface-lofting and interior aircraft cabin design.
Achieve high level surface quality while respecting aesthetic and technical constraints with a set of specific surface modeling applications, functions and analysis tools. Deliver a truly collaborative design environment where architects, engineers, planners, consultants and building owners can work together. Create complex finite element assemblies requiring automated modeling techniques and the collaborative efforts of several engineering teams.
Create and define enterprise rules, respecting company standards and best practices. Deliver highly productive capabilities to accelerate the Automotive Body In White design process.
Design detailed building structures for construction where architects, engineers, planners, consultants and building owners can collaborate. Review and collaborate around a construction project to coordinate all phases from design to fabrication and manage Building Information Models BIM. A combined role which includes Business Innovation and Industry Innovation roles.
Make better business decisions through real-time interactive process and program analytics. Unite employees, suppliers, customers, consumers and regulators into the framework for sustainable innovation. An integrated 3D cabletray development environment which enables the physical design of cable trays in the context of the Digital Mock-Up. Perform diagnostic and trend analyses on past and ongoing changes with the ability to answer all specific questions in a self-service mode.
A strategic close-loop collaborative change process that clearly communicates change decisions and assignments to all impacted domains. Provides a virtual 3D environment to interactively discover the virtual twin of the city. It promotes collaboration based on a common and shared view of the city. Provides an office application to create 3D presentations to share ideas, explain projects and communicate about any city matter. Targeted toward City Referential Manager users who can manage indexing and storage capabilities to support city experiences.
Provides a 3D environment to build and manage the virtual twin of the city. The city technical experts can leverage all their georeferenced data to create the city referential.
City Viewer provides a virtual 3D environment to interactively navigate in the virtual twin of the city. Enable all stakeholders of a civil infrastructure project to manage and execute all phases of a project from design to fabrication within a single platform.
Enriches the Class-A Modeler role productivity with an additional set of advanced tools for transportation designers. Create, edit and analyze aesthetic and ergonomic shapes to the highest Class-A surface quality. Accelerate the design of composites parts by simulating the braiding manufacturing process. A single integrated platform, to efficiently manage composites design on complex surfaces. Accelerate the design of composites parts from preliminary design to manufacturing for parts produced by the forming process.
Process oriented applications ensure compliance with analysis before production of complex composites. Validate the structural integrity of products made of composite materials by directly reusing composite properties defined by the designer.
Quickly develop conceptual building information models and evaluate design decisions for a project of any size, scale or level of complexity.
Manage configurable product data structures to optimize reuse while satisfying all possible variations. Connecting ECAD design to the enterprise results in real-time multi-discipline collaboration. Maximize the value or your AutoCAD design data with data management and collaboration while remaining in the native user interface. Maximize the value or your Cadence Allegro HDL printed circuit board design data through collaborative innovation. Configure Software and System-on-a-Chip Designer to recognize and manage any complex design data type.
Integrates software and System-on-a-Chip Designer into the Cadence Virtuoso graphical design environment. Integrates software and System-on-a-Chip Designer into the Synopsys Galaxy graphical design environment.
Collaborative connected environment to develop and implement software in the context of a multi-discipline product. Maximize the value or your Inventor design data with data management and collaboration while remaining in the native user interface.
Maximize the value or your Mentor Graphics Expedition Enterprise printed circuit board design data through collaborative innovation. Maximize the value or your NX design data with data management and collaboration while remaining in the native user interface. Maximize the value or your Solid Edge design data with data management and collaboration while remaining in the native user interface. Maximize the value or your Zuken CR printed circuit board design data through collaborative innovation.
Links product development data to a program, enabling real-time monitoring and assessment to improve program performance. Convert ACIS data to unlock the value of data-driven collaborative and innovation business processes. Convert AutoCAD data to unlock the value of data-driven collaborative and innovation business processes.
Convert IFC data to unlock the value of data-driven collaborative and innovation business processes. Convert Inventor data to unlock the value of data-driven collaborative and innovation business processes.
Convert NX data to unlock the value of data-driven collaborative and innovation business processes. Provides linear static and dynamic simulation techniques to be used in a multi-solver environment.
Converter for OBJ enables users to reuse or migrate. Converts Open Mining Format data to unlock the value of data-driven collaborative and innovative business processes.
Convert Parasolid data to unlock the value of data-driven collaborative and innovation business processes. Convert SolidEdge data to unlock the value of data-driven collaborative and innovation business processes.
Convert XMpLant data to unlock the value of data-driven collaborative and innovation business processes. Create and explore conceptual ideas through a comprehensive set of applications addressing ideation, concept modeling and visualization. Drive the forecasting process to create a consensus sales forecast with high accuracy.
Create exact geometries making accurate measurements without modifying original geometrical definitions. Drafter offers capabilities for xDesign users to quickly generate 2D drawings from their 3D models, and communicate how the design has to be manufactured.
Uses fatigue simulation to predict accurate fatigue lives ensuring complex engineering products are designed for durability. Accelerate the development and understanding of complex dynamic systems through modeling and simulation. Povide project stakeholders with geospatial experiences to explore and manage their natural assets.
An integrated 3D electrical development environment which enables the physical design of wire harnesses and cabling in the context of the Digital Mock-Up. An integrated 3D electrical development environment which enables the physical design of wire harnesses in the context of the Digital Mock-Up.
Generate harness manufacturing documentation or formboard layouts using a highly automated process fully integrated with the 3D wire harness design. Integrates the required functionalities for the development and integration of all Electrical and Electronics systems and components.
Provides teams with a scalable online environment for managing IP Lifecycle and exchanges with the Value Chain. Create and manage complex assembly models requiring automated modeling techniques and the collaborative efforts of several engineering teams.
An integrated 3D fluid systems development environment which enables the physical design of tubing, piping and HVAC systems in the context of the Digital Mock-Up.
A Simulation Role for Engineers who perform routine fluid calculations to guide iterative design modifications. Explore and generate organic specification driven shapes, for additive and traditional manufacturing. Express your design intent using human as a reference. Shape ideas with a human in posture for proportion evaluation and concept design validation. Explore and validate the best product user-experience in the early design and engineering phases. Provide an associative feature-based modeling to design hydroformed sheet-metal representations in concurrent engineering.
Enforce and manage restrictions every time a user attempts to view and access company IP. Enforce intellectual property and export control protections through classifications. Enable multiple users to experience the same immersive design review in a shared VR world. Provides apps and services to organize, manage and collaborate on content in a real-time and secured manner.
Allow the creation and management of sophisticated Machine and Equipment products. Maintain global alignment between the engineering bill of materials and multiple manufacturing site bill of materials. Create lifelike, interactive experiences with the addition of character animation, rigid body physics and large-scale planet environments. Compose data from product, nature and life, to build interactive marketing experiences.
Leverage cloud rendering to create photo-quality images, based on 3D data, in the browser, anytime on any device. Allow Managers and Designers to use Materials Compliance to make better decisions. Create and manage sophisticated mechanical projects, including advanced surface design. Use advanced finite element simulation techniques to understand and validate complex engineering problems. Mechanical Excellence Designer has all the benefits of Sheet Metal Excellence Designer but is a step higher in functionality for more advanced part design, 3DMaster annotations, Mechanism and Structural simulation.
The primary deliverables for a design engineer are product specifications and an engineering bill of materials eBOM , typically accompanied by 2D drawings and 3D digital mock-ups. These specifications, along with the eBOM, outline the detail designs for a product. Using the eBOM and the digital mock-ups, manufacturing engineers establish strategies on how to build a product that satisfies these engineering specifications. Manufacturing engineers reorganize and restructure the eBOM into a manufacturing bill of materials mBOM that outlines the product from a manufacturing process and strategy point of view. Product structures are lists of the parts or materials used in an assembled object. In Windchill , a BOM is a structure that you can generate, typically using a configuration specification as a criterion.
Leading engineering software provider for over 35 years
Structures manufacturing offers a comprehensive in-house production including the entire control of critical manufacturing processes and a highly efficient quality assurance. Our structural struts are manufactured by using aluminum, titanium or stainless steel and are swaged in a cold forming process rotary swaging without changes to the microstructure. Comprehensive testing is made to qualify structural struts including dye penetrate inspection, electromagnetic particle examination, grain size and grain flow inspection, radiography or radioscopy inspection, allowable defects testing on threads, transverse section, longitudinal section and paint thickness inspection. Special processes such as insert threading and thread forming are in place. The milling of rod ends is done in-house. Tube swaging Tube swaging with swaged-in inserts Rod end and fork end milling Top of the edge qualified bearing swaging equipment Surface treatment Final assembly. The machining metal packages comprise of different aluminum, titanium, steel and plastics complex machined brackets which are fully assembled, tested and surface treated.
Enabling Maximum Flexibility and Optimal Total Cost of Ownership
Account Options Fazer login. Industrial Competitiveness and Design Evolution. Takahiro Fujimoto , Fumihiko Ikuine. Springer , 5 de out.SEE VIDEO BY TOPIC: How Airplanes Are Made
Account Options Connexion. Technological Change, Economic Development and Space. Cristoforo S. Bertuglia , Manfred M. Fischer , Giorgio Preto. The pressures of global competition are affecting regions throughout the world and making it increasingly necessary to understand the complex underlying mechanisms and the potential for innovation offered by new technology. Success in economic restructuring depends not only on the technology itself, but the professional and entrepreneurial skills available and the support of provided by institutions and information networks. The very local nature these phenomena, which are critical to the innovative propensity of firms operating within the region, introduces an inevitable spatial dimension.
PRODUCT DETAILS STRUCTURES
At a glance. Manufacturing is going digital and Arup is perfectly positioned to translate freeform architecture, lightweight structures and complex products into Additive Manufacturing AM , or also called 3D printing, solutions. AM is the process of building up products layer by layer, offering an unprecedented freedom of form, resulting in endless possibilities in mass customisation, weight reduction, product integration and more.
We are excited to introduce our showcase website for our new office being built in Espoo, Finland. Highlighting how Trimble technology and services are used during the planning, design, fabrication and construction phases. As the construction industry continues to embrace new technology, the amount of data that can be captured around a project continues to grow. The data within BIM models is no exception. In our next Wednesday Webinar, we are showing how Project Managers are harnessing the power of constructible data along with business intelligence tools for greater project insight. Start your three month trial and receive five free Tekla Model Sharing licenses, with no commitment to buy. Power up your production, project management, estimating and purchasing with one seamless, easy-to-use solution, made specifically for steel fabricators. Visualize and share fabrication information like never before! They support design through its phases, allowing better analysis and control than manual processes. When completed, these computer-generated models contain precise geometry and data needed to support the construction, fabrication, and procurement activities through which the building is realized. On track to open in , the iconic Museum of the Future will serve as an exhibition space for innovative and futuristic concepts, services and products.
Design method for critical structural steel elements
Account Options Fazer login. August-Wilhelm Scheer. The first English-language edition of this book was published in under the title "Enterprise-Wide Data Modelling. Since that time, the author has continued to develop the representation of application problems, both on a theoretical basis using modeling languages and on a practical basis using real-world studies. This has led to so many new aspects that this second English-language edition the original German version is now in its fifth edition constitutes a completely new book. The new title expresses the stricter emphasis on business processes in contrast to the previous edition, which was geared more toward a functional structure. This approach reflects the trend toward process oriented structural and procedural organization in enterprises that is currently being supported by new means of information processing.
Mechanical structure design and manufacturing technology
This module links requirements with functions, components or tasks, which allows you to control changes and detailed elaboration during the development process directly in the virtual product instead of managing them separately. This enables you to ensure the transparency of all relationships and dependencies, identify the impact of changes and navigate requirements, functions and product structures with visual support and analyze them more quickly. Describe products based on their functional product architecture, which incorporates modular elements with concrete technical solutions. At the same time, provide support for interfaces to leading CAx tools and state-of-the-art version control systems such as Git and implementations such as GitHub or GitLab in the context of the "software as a part" approach and its processes. Configurable BOMs allow feature-driven development. Benefit from the advantages of efficient variant creation thanks to over-defined maximum BOMs. Perform configuration by entering requirements in the form of values of characteristics and simply select the relevant items from the maximum BOM on the basis of rules. BOMs contain extensive data such as data on materials and semi-finished products, dimensions, weight and quantities. It forms the starting point for calculating costs, weights and quantities of harmful substances, planning material requirements and much more. Compliance in process guarantees document validity Cutting down on the number of manual operations involved in maintaining BOMs reduces errors and subsequent costs, for example in your procurement department.
Additive Manufacturing Simulation
The process structure is a separate application object in Integrated Product and Process Engineering iPPE that represents routing data. The complete iPPE model includes not just the process structure, but also the product structure for BOMs , and line design. The functions of the individual applications are linked to each other. You use the iPPE process structure when you work with repetitive manufacturing and use Integrated Product and Process Engineering to manage your production master data.
Innovate, collaborate, and create great designs anywhere and anytime. Browser-based, on-the-cloud, generative modelling, that uniquely combines graphical visual scripting and interactive 3D-modelling, with the ability to use one or the other interchangeably at any time. Design and engineer detailed systems for construction in the three traditional building systems: Mechanical, electrical, and plumbing MEP.
Applications in civil, mechanical, industrial and material science are covered in this book. Providing high-quality, scholarly research, addressing developments, applications and implications in the field of structural health monitoring, construction safety and management, sensors and measurements. This volume contains new models for nonlinear structural analysis and applications of modeling identification. Furthermore, advanced chemical materials are discussed with applications in mechanical and civil engineering and for the maintenance of new materials.
Powerful and intuitive BIM modeling software for structural analysis of building structures. A family of advanced BIM precast software to efficiently manage, detail, produce, transport and erect concrete elements.