Exemplos de uso de Physical prototypes em Inglês e suas traduções para o Português
{-}
-
Colloquial
-
Official
-
Medicine
-
Financial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
-
Official/political
Physical prototypes are costly.
Reducing the number of physical prototypes and lead times.
They must also reduce the number of expensive physical prototypes.
Developing and testing physical prototypes is sometimes an expensive procedure to undertake.
This renders the traditional process of repeated iterations and multiple physical prototypes unfeasible.
Creating and testing physical prototypes can be is a fast, low-cost and reliable process.
Produce realistic content that clearly depicts products in the real world without physical prototypes.
Fewer physical prototypes and shorter development time lead to a less costly design process.
The durability test in the lab begins with the first physical prototypes of parts or components.
The capacity to create physical prototypes of whichever technology with the starting point of digital fabrication and its various components and implementations.
Lectra's 3D prototyping allows us to anticipate andreduce the amount of physical prototypes needed.
Pdp-aiding tools, such as virtual prototypes and physical prototypes, are used in order to perform and complete these activities.
A virtual prototype provides the ability to view and optimize a design and evaluate different concepts andstudies before submitting to the cost of physical prototypes.
No material, money ortime is wasted creating numerous physical prototypes that will never go into production.
Many physical prototypes were required to validate assembly fit, verify efficient load paths, and identify and correct issues that were invisible on the computer screen.
Industrial designers once had to fit physical prototypes with sensing devices to measure stress and strain.
Once numerous virtual prototype models have been evaluated by the simulation software,the best configurations are selected to build physical prototypes which are submitted to real life testing.
The scope of these functions is exemplified in automotive applications, where vehicles can be designed, built, and road tested, entirely in the computer,reducing the cost of physical prototypes.
This is something that is currently available orlogistically feasible using physical prototypes, depending on the application and specifications.
INTRODUCTION Prototyping is a process of construction in order to obtain physical prototypes from 3D digital models.
Z Corporation develops, manufactures, andmarkets the world's fastest 3D Printers- machines that produce physical prototypes quickly, easily, and inexpensively from computer-aided design("CAD") and other digital data.
We need to be able to create a 3D physical prototype mock up.
Creating a physical prototype takes time and can be very costly.
Each physical prototype is tested for specific attributes.
The necessity for a physical prototype comes only after all cost factors have already been considered.
An additional example with our physical prototype giving an example of how someone would interact with our device if he/she wanted to go shopping.
From a pantograph mechanism, it was developed a virtual prototype that subsidized information to build a physical prototype of a coffee harvester for mountain regions.
They can see the effects on material andassembly costs even before manufacturing the first physical prototype.
In the manufacturing industry,there is the potential for purchasing a 3D printer when a physical prototype may be required to validate the design.
The program provides a suite of subjects for postgraduate designers in the areas of interaction, strategy,design ethnography, physical prototyping, web design and designer identity.