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While creating 3D models, 3D parts act as the building blocks for the designs. In 3D models, parts are made up of individual shapes which are called features, and multiple parts can be combined to form assemblies. Solidworks and Solid Edge both facilitate advanced parts modeling: Solidworks is a Computer-Aided Design and Computer-Aided Engineering software which can be used to model varied mechanical parts such as wheel, transition pipe, threaded shaft, lifting fork, yoke, support, Geneva gear index, crank, and many more. In the part documents, multiple solid bodies can exist simultaneously while they can each be treated as individual parts whose names, colors, and features can be modified at will. Likewise, Solid Edge is a 3D CAD solid modeling software that can effectively model parametric features and use synchronous technology. With Solid Edge, designers can play around with features such as multibody features, offset design intent, solid sweep, spiral curve.
Assemblies are huge models which are created by combining numerous smaller components, that is, individual parts or subassemblies. Solidworks allows users to model assemblies with the scope for detailed customization, where the components of the assemblies can be edited, moved, and rotated before they are joined together in appropriate positions. Solidworks offers Finite Element Analysis (FIA) feature which can assess the behavior of assemblies when loads such as pressure, centrifugal force, temperature, and gravity are applied on them. This helps users to analyze how the assemblies are likely to act when the models are realized. Solid Edge is also highly effective in assembly modeling; users can create their models by stating a range of relationships between different parts, such as planar align relationship, axial align relationship, mate relationship, and so on. In-built commands help to make the assembly modeling process smooth, fast, and flexible with Solid Edge.
Solidworks is a Computer Aided Design (CAD) & Computer Aided Engineering (CAE) program which is used to design mechatronic systems. The software takes care of the entire designing process from the beginning till the end, where one first plan, visualize and model their designs. The models can then be tested for feasibility & effectiveness, based on which the prototypes can be created. Solidworks also helps users with project management, device management, data automation, analytics, cloud services, & more. Multiple users from a designing team can simultaneously work on one project because Solidworks facilitates user collaboration. Solidworks offers multiple benefits such as: virtual simulation serves as an alternative for field tests, which saves huge amounts of money & time. Product development cycles can be paced up since field tests are eliminated & products can be made market-ready within a short span of time. Designs can thus be easily modified many times.
Solid Edge is a 3D CAD software which facilitates product development across all stages. Developed by Siemens, Solid Edge is useful for electrical & mechanical designing, simulation, cloud-based collaboration, data-management, technical documentation, and more. The most interesting aspect of Solid Edge is the synchronous technology that it employs which involves the simultaneous use of multiple technologies including parametrics, procedural features, feature recognition etc. Solid Edge not only helps with the development of 3D models but it is also effective when it comes to reverse engineering. Users can acquire Solid Edge subscriptions at various prices from their website depending upon their specific use cases such as the design & drafting features for roughly $75 per seat per month, the foundation version comes for $185 per seat per month, classic version for $230 per seat per month & premium version for $329 per seat per month.
Energy Modeling is a cost-effective way of creating simulations for energy systems potentially used in buildings. These models help to speculate the behavior of energy systems under various conditions. Energy modeling helps to assess energy consumption and check if the buildings are in compliance with the energy standards specified by governments. Designbuilder is designed for & widely used for energy modelling. Its energy assessor packages are used in the UK & Ireland to quickly provide EPC & building certifications. They can be used to test if the buildings meet MEES, BREAM & overheating compliances. Their quick data input processes coupled with QA checking methods reduce auditing errors. Users can create DSM & SBEM models to verify which one works better for their design thereby optimizing performance. Daylighting, HVAC & CFD: everything can be modelled & assessed at once using the Designbuilder energy assessor packages.
3D softwares such as Autodesk help in the creation of 3D visualizations which involves the three-dimensional (3D) representation of graphics and designs. Many industries including films, games, engineering and architecture benefit from 3D visualization technology. Autodesk Revit serves as a beneficial tool when it comes to 3D visualization by providing the scope to develop 3D models with ease & precision, by updating the floor plans, elevations and other factors as the model progresses and by automating routine and repetitive tasks such that the users no longer need to invest time in them. Autodesk Revit also allows collaborations among multiple users who might be from different teams such as engineering, architecture and construction. Revit users can count on BIM 360 Design to manage their data. Models developed using Autodesk Revit can be further optimized with the help of ad-ins and third-party services from an international network of AEC industry partners.
Computer Aided Manufacturing automates the manufacturing process with the use of softwares and computer-controlled machines. CAM requires three components which first includes a software that would inform a machine how to create a product by generating the requisite toolpaths, secondly, it needs machines to convert raw materials into finished products, and finally, it requires post processing to convert toolpaths into a language comprehensible by machines. Computer Aided Manufacturing is preceded by Computer Aided Design, whereby the model for the product (such as a car) is created either in 2D or 3D. Once the model is completed in CAD, the file is exported from there and consequently imported by the CAM software which then chalks out the toolpath for manufacturing the designed product. There are numerous softwares such as Autodesk which simultaneously integrate CAD and CAM within the same environment, thereby eliminating the need to transfer files.
Computer Aided Design (CAD) involves the use of computer technologies & software to sketch, visualize, modify, analyze & optimize designs. Designs can either be two dimensional (2D) or three dimensional (3D). Two types of graphics commonly used are vector-based graphics and raster graphics. CAD outputs deliver information about materials, dimensions, processes & tolerances among others. CAD is used widely and has applications in the automotive industry, aerospace engineering, computer animation, prosthetics designing and others. CAD allows users to create virtual simulations of real products (such as cars) and performance of such models can be analyzed by placing them in simulated situations which replicate reality. CAD software & platforms like Autodesk Revit, DesignBuilder & Solidworks can help to subject the simulations to various forces like the centrifugal force or various conditions such as high temperatures to observe how the models behave.
Simulations are virtual 3D renditions of buildings and machines which are used for analysis by engineers, architects and energy assessors. DesignBuilder makes simulation easy & convenient by providing users with EnergyPlus simulation tools supported by an easy-to-use interface. DesignBuilder simulation can provide data regarding energy consumption, carbon emission, temperature distribution, CFD analysis and others. Such simulations can provide vital information about the performance & lifecycles of buildings and systems. Simulations provide information about the performance of various systems without the need for a field-run, saves time & money and optimizes operations. With these simulations, architects & engineers can also identify optimum building designs which would receive sufficient daylight & shade, reduce electricity consumption and improve heat insulation. Angles and location of the buildings can be perfected with DesignBuilder simulations.
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