What is virtual prototyping?
virtual prototyping is a process by which engineers use software programs to design a computer with a computer to create a simulated prototype of the product for research and testing purposes. This prototype can be tested in almost all respects that can be a physical prototype. Pictures rendered from a virtual prototype can also be used to explore the market, because potential customers and focus groups are displayed by these images and their reactions are measured. Virtual prototyping often reduces the cost of the overall development of the product and the time needed to develop it and can also increase innovations. There is a noticeable market advantage for a company that presents the product before competitors, and this effort for faster development has led to the increased use of CAD programs and similar software. Virtual prototyping often begins, like any other process of design, with engineers coming with ideas for product design and function. This may include numerous drawings and revision of design before creating any typeat the prototype.
As soon as these designs are ready for prototyping, virtual prototyping shows a number of advantages over traditional physical prototyping. Virtual prototype can usually be created faster than a physical prototype, and changes in virtual prototype can also be quickly made. Various performance tests can be performed using virtual prototype software that can mimic physical stress on different substances and even indicate where products are most likely to be subject to unusual wear during use. All these tests and revisions can be performed faster on a virtual prototype, resulting in a faster product development time that was still thoroughly tested.
virtual prototyping can also indicate exactly how different production processes could change the product before anything actually produced. This allows companies to better understand howEquipment and processes may be needed to produce the product as quickly and efficiently as possible. Since engineers can produce numerous virtual prototypes in the same time window that one prototype could have been created in the past, virtual prototyping may lead to greater innovation. Engineers can risk and explore unusual ideas because they know that the unsuccessful idea is much less time and money than in the past.