What does LORECOMP mean?
LORECOMP means Development of aluminium Locally Reinforced Components with Composite inserts
This acronym/slang usually belongs to Undefined category.
What is the abbreviation for Development of aluminium Locally Reinforced Components with Composite inserts?
Development of aluminium Locally Reinforced Components with Composite inserts can be abbreviated as LORECOMP
|
|
Most popular questions people look for before coming to this page
Q: A: |
What does LORECOMP stand for? LORECOMP stands for "Development of aluminium Locally Reinforced Components with Composite inserts". |
Q: A: |
How to abbreviate "Development of aluminium Locally Reinforced Components with Composite inserts"? "Development of aluminium Locally Reinforced Components with Composite inserts" can be abbreviated as LORECOMP. |
Q: A: |
What is the meaning of LORECOMP abbreviation? The meaning of LORECOMP abbreviation is "Development of aluminium Locally Reinforced Components with Composite inserts". |
Q: A: |
What is LORECOMP abbreviation? One of the definitions of LORECOMP is "Development of aluminium Locally Reinforced Components with Composite inserts". |
Q: A: |
What does LORECOMP mean? LORECOMP as abbreviation means "Development of aluminium Locally Reinforced Components with Composite inserts". |
Q: A: |
What is shorthand of Development of aluminium Locally Reinforced Components with Composite inserts? The most common shorthand of "Development of aluminium Locally Reinforced Components with Composite inserts" is LORECOMP. |
Abbreviations or Slang with similar meaning
- ABSOCOMP - Development of a heat pump free of CFCs with high efficiency for heating and Air-conditioning of Buildings on the Basis Of a Combined absorption/Compression Process
- AMITERM - Development of Advanced MIcrowave and light-weight high-speed thermo-Response Mould TEchnology for woven textile-reinforced thermoplastic components
- ANAIS - Development of Hybrid Moulding Technologies for continuous fibre and self-reinforced thermoplastic materials
- BASPM - Development of a Beta Absorption equipment for filters to measure the Suspended Particulate Matter along with heavy Metals
- BIO-H2 - Development of insulation materials with specially designed properties for builing renovation (INSUMAT)
- BIDES - Development of a new vocational training structurefor the Business Interpretation education, especially emphazising the Development and testing of a new Educational Strategy for adults with a multi-cu
- COMPOSITEFOAM - Development of a low cost process for the manufacture of storage and pressure vessels using novel COMPOSITE thermoplastic materials
- CPDW - Development of harmonised tests to be used in the European approval scheme concerning Construction Products in contact with Drinking Water
- CRYPTOCARD - Development of a dedicated microprocessor with a universal Crypto coprocessor and its integration into high-security IC-Cards
- DIASHOECARE - Development of new Instruction and evaluation methods for the utilization of modern pressure measuring systems in connectionwith the Care of patients, suffering from diabetes melitus, with better orth
- DYNASAFE - Development of composite Aircraft passengers Seats with 3-point Shoulder harnesses to provide Enhanced protection
- ELMAS - Development of assays for the detection and prediction of co- and anti-mutagenic constituents in food with cells of human origin
- EMPACT - Development of predictive tools for aluminium ingot casting performance. A European Programme on Aluminium Casting Technology
- HOISNED - Development of a High speed Online Inspection System with Novel Electro-optical Deflection
- INPROWARM - Development of low cost modular dwelling components based on the combined use of WAste Raw Material and INnovative Polymeric foRmulatiOn
- INSUMAT - Development of INSUlation MATerials with specially designed properties for builing renovation
- MARINECO - Development of coMponents of environmentAlly compatible system for ECOnomics progRess IN arctic coastal arEas based on the use of regional renewable resources
- MINESEYE - Development and optimization of a dual sensor system with real time digital signal processing for the detection and identification of buried landmines and unexploded ordnance
- POMFICO - Development of Porous Metal Fiber Components forvarious Industrial high temperature applications
- RECOSEAT - Locally Reinforced Composite Seat frame for a light-weight and recyclable Seat