BIM Virtual Prototyping services are becoming increasingly more important in the worlds of Architecture, Business, and Engineering. The use of 3D BIM modeling and virtual prototyping services can literally speed up the process of moving a thought, or blueprint, into a reality. They can also help ensure that details and blueprints accurately make it into the project or design you want. The 3D model allows a clearer picture of what you want than a normal ordinary blueprint. This allows changes to be made easily before building has actually begun.
So what exactly is virtual prototyping? Virtual prototyping is simply a program that works with modeling. It simulates and visualizes at the same time. When using a virtual reality prototype, you are using a prototype that takes in the reality of building a structure and uses a reality based operation and design method. Virtual prototyping virtually tests objects and a computer tests everything before anything is actually physically created. Virtual prototyping can be used by engineers in order to both build and test virtual objects within a realistic simulation. Computer software is utilized, in order to build and test these objections, both mathematically and visually.
Virtual prototyping allows developers to easily explore possible variations of their designs and quickly test them. This process is easily refined and optimizes the overall performance of the prototype. Production time is drastically reduced within all stages when using virtual prototyping, and the cost is generally less than other prototype options. Efficiency is maximized, the need for expensive hardware is eliminated, and developers can analyze every detail of the process before they begin building. Essentially, virtual prototyping allows you to see results and predict possible problems before building begins and they become difficult to fix.
Virtual prototyping can help numerous industries in their building and design processes. Automotive, Aerospace, Oil, Gas, Defense, Transportation, Shipbuilding, and many other industries can all benefit from implementing virtual prototyping techniques into their processes.
Now that the basic concept of virtual prototyping services have been covered, what is building information modeling? Building information modeling, or BIM, is a process that involves both the generation and the management of digital representations of both the functional and physical characteristics of places. Building information models help support the decision making process about a place because they are files that can be easily exchanged or networked. Current building information modeling software is used by government agencies, businesses and individuals alike. They use building information modeling in order to plan, design, construct, operate, and maintain diverse physical infrastructures. These infrastructures can come in the form of water, wastewater, gas, electricity, communication utilities, houses, apartments, shops, warehouses, apartments, and really anything that you design and build.
Building information modeling is not really a new concept. It began around the 1970s. The United States Building Information Model Standard Project Committee defines building information modeling as, “Building information modeling (BIM) is a digital representation of physical and functional characteristics of a facility. A BIM is a shared knowledge resource for information about a facility forming a reliable basis for decisions during its life-cycle; defined as existing from earliest conception to demolition.”
Back in the day, building design relied on two dimensional technical drawings. These came in the forms of plans, elevations, sections, and others. However, building information modeling goes beyond this and covers more than just the geometry involved. It covers multiple areas that should be considered when designing; including light analysis, spatial relationships, geographic information, and the quantities and properties of building components. The objects are defined as parameters and relations to other objects. This is so if a related object is amended in any way, dependent objects automatically change to support the new model.
Companies are offering these services more and more to consumers. An excellent example is HingePoint. HingePoint offers and specializes in 3D building information modeling services. Their virtual product modeling and architectural prototypes are often used to increase the speed of the design and lessen the amount of time it takes to turn the prototype into a real project. The use of digital prototypes allow them to easily and quickly apply changes or new ideas to a new project on site. Their models are extremely accurate. These models can be used for a multitude of reasons, including construction documentation that is needed for permitting and drawing submissions. In conclusion, implementing building information modeling and virtual prototyping services into your design process will only save you both time and money at the end of the day.