What does GRP-P mean?
GRP-P means Development of a Rapid Prototyping system for bodyPanels and shells
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Development of a Rapid Prototyping system for bodyPanels and shells?
Development of a Rapid Prototyping system for bodyPanels and shells can be abbreviated as GRP-P
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Most popular questions people look for before coming to this page
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What does GRP-P stand for? GRP-P stands for "Development of a Rapid Prototyping system for bodyPanels and shells". |
| Q: A: |
How to abbreviate "Development of a Rapid Prototyping system for bodyPanels and shells"? "Development of a Rapid Prototyping system for bodyPanels and shells" can be abbreviated as GRP-P. |
| Q: A: |
What is the meaning of GRP-P abbreviation? The meaning of GRP-P abbreviation is "Development of a Rapid Prototyping system for bodyPanels and shells". |
| Q: A: |
What is GRP-P abbreviation? One of the definitions of GRP-P is "Development of a Rapid Prototyping system for bodyPanels and shells". |
| Q: A: |
What does GRP-P mean? GRP-P as abbreviation means "Development of a Rapid Prototyping system for bodyPanels and shells". |
| Q: A: |
What is shorthand of Development of a Rapid Prototyping system for bodyPanels and shells? The most common shorthand of "Development of a Rapid Prototyping system for bodyPanels and shells" is GRP-P. |
Abbreviations or Slang with similar meaning
- RASFF - Rapid Alert System for Food and Feed
- BIODISH - Development of a ceramic hybrid receiver for BIOgas fired DISH-stirling-systems for electric power supply
- BIOWARE - Development of a Biological Integrated process for purifying Olive Oil Water Recovering Energy and producing alcohol
- COMPOSITEFOAM - Development of a low cost process for the manufacture of storage and pressure vessels using novel COMPOSITE thermoplastic materials
- COMPWERC - Development of a Computer based Methodology for the Prediction of the in-service Performance of Wear-Resistant Coatings
- DEEP - Development of a Data handling Environment for Exploration and Exploitation of mining Projects
- DERP - Development of a Rapid Product developent support tool
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- DQMS - Development of a Quality Management System in continuing vocational training in the field of qualification for new forms of work organisation
- GRP-RP - Development of a Large Scale Rapid Prototyping System for Functional 3d Surface Panels for Automotive and Industrial Applications
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- INSCAD-2 - Development of a CAD/CAM system for manufacturingcustomized Insoles for shoes
- KNOWATER - Development of a Knowledge-based system for improved operations of Waste-water treatment plants in a cold rolling area
- MEDUSA WATER - Development of a ceramic hybrid receiver for biogas fired Dish-Stirling-Systems for electric power supply ('Biodish')
- MUSCL - DEVELOPMENT OF AN OPTICAL DETECTION SYSTEM FOR DISEASES IN FIELD CROPS WITH A VIEW TO REDUCE PESTICIDES BY TARGETED APPLICATION
- NUGEAR - Development and implementation of a New Gear system for high speed Reduction Ratios
- OPTIDIS - Development of an OPTIcal detection system for DISeases in field crops with a view to reduce pesticides by targeted application
- RASOS - Development of a Reliability Analysis System for Offshore Structures
- SHEAKS - Development of a computer based System for Enhanced sea-Keeping and Structural Ship design
- TOPSPIN - DevelopmenT of a new SPINning machine for clean,flexible and cOmpetitive high quality yarns Production