PART a: IDENTIFICATION OF R&D Result
PARTEA A: Identificarea rezultatului cercetării-deZvoltării (CD)
· The project team
|Advisor’s Name:Nume:||Department of Technologies and Materials
Project: The simulation of the measurement process for a complex part on a coordinate measuring machine
|Expecting date of valorization plan submission:Data aşteptată pentru trimiterea planului de valorizare||27.01.2012|
· Identification of R&D activity
Identificarea activităţii de cercetare-dezvoltare (CD)
|Author of the R&D result:Autorul rezultatului CD:||Dr. Eng. Gherghina George|
|Company or University:Companie sau Universitate:||UNIVERSITY OF CRAIOVA, ROMANIA|
|Sector:Domeniu:||ENG – Engineering|
|Type of the R&D result:Tipul rezultatului CD:||Software Product|
PART B: VALORISATION PLAN
Partea B: Planul de valorizare
SECTION I: Testing
SECŢIUNEA I: Testarea/încercarea
|Has the R & D result been tested?A fost testat/încercat rezultatul CD?|
The following question is replied according to the reply in question 1
Următoarea întrebare este formulată în legătură cu răspunsul la întrebarea 1
Dacă răspunsul a fost DA:
|In what mode has the result been tested?• Prototype
• Pilot Application
• Alpha/BETA testing
În ce mod a fost testat/încercat rezultatul?
• Aplicaţie Pilot
• Incercare Alpha/BETA
|1b.||Please describe and discuss the testing resultsVa rugăm să descrieţi rezultatele testate/încercate|
Dacă răspunsul a fost NU:
|Describe what type of testing does the R&D result need?Descrieţi ce tip de testare/încercare necesită rezultatul CD?|
|Detailed commentComentariu detaliat
The overall aim of the research is to develop simulation software for process control of complex parts. Measurement method presented provides information about methods to control complex components and enables during the design stage the setting-up of establishment of adequate measurement strategy.
Basically, the measurement was done on a model rotor blade using 3D animation files, in inverse kinematics module (IK).
Overall modeling program described enables fast intervention on data to modify at will the constructive values for the model considered.
|1d.||What is the time needed for testing?Care este perioada de timp necesară testări?|
|Time duration for testing, probing and homologation is estimated at 60 working days.|
|1e.||What is the cost needed for testing?Care este costul necesar pentru testare?|
|Costs of software product (research, design, validation) are estimated at Euro 2500. Costs related to testing, probing and homologation of functional model are estimated to be 1400 Euro.|
SECTION 2: Current Stage of Development
SECŢIUNEA 2: Stadiul actual de dezvoltare
|To what extent does the development team have technical resources for supporting the production of a new product? (Researchers, human resources, hardware, etc. )În ce măsură dispune echipa de resursele necesare pentru a asigura fabricarea noului produs? (Cercetători, resurse umane, hardware, etc.)|
|University of Craiova has the resources required to ensure the manufacturing of the new software product (research, human resources, hardware, etc.).
It has management experience in scientific research performance, both fundamental and applied research in all areas, and, consulting and expertise.
The research team can complete the project with proposed parameters, with appropriate funding, within deadline. Also, the research team includes experts recognized nationally and internationally, with significant results in the software, validated by publications and research skills in all directions expected
|What are the technical issues that need to be tackled for full deployment, if needed?Care sunt aspectele tehnice ce trebuie abordate pentru lansarea în fabricaţie, dacă sunt necesare?|
|For software implementation in practice are required the next steps:
- Development of design concept and requirements;
- Model building;
- Model checking and validation (validation of model assumptions, comparing model sizes of input / output with the real system);
- Simulation to study, under specific conditions, the virtual system’s behavior. The results are used to obtain a clear picture of the system, based on which to make different decisions.
Simulation steps: formulating the problem, setting objectives, concept design, verification, validation, experimental design, product use and analysis, report preparation, implementation.Also, during the implementation stage are completed the installation & operating instructions for software product, as well as training decision makers.
|What additional technical resources are needed for the production of this new product?Ce resurse tehnice suplimentare sunt necesare pentru fabricarea acestui nou produs?|
| Logistics systems for creating and implementing a software product can be easily analyzed using a simulation tool, if the instrument provides the necessary elements to create a model. For product information described these elements are:
A model is created in several steps:
- placing modules in the program window;
- Editing the modules (s);
- connecting modules;
- define the simulation parameters;
- operation of simulation;
- results analysis (results, statistics)To implement modules in the software structure further research is needed by firms specializing in these areas.
|Overall assessment of the current stage of technical development.Evaluarea generală a stadiului actual de dezvoltare tehnică|
|Detailed commentComentariu detaliat
There are a variety of market software products that can be used in different phases of design and evaluation process to measure complex parts.
Solidworks is a solid based on Parasolid Modeler and parameters used to create models and assemblies. Parameters refer to constraints whose values determine the shape or geometry give the assembly model.
Matlab – Simulink is a simulation tool based on Newton-Euler equations, modeling structure is by definition dynamic link parameters of each element. The development environment is through Simulink blocks that represent stucturii mechanical components. Environment also allows the introduction of actuators and sensors, which makes the model inputs and outputs.
3D scan data collected can be turned into a cloud of points used for:
The selection of appropriate methods and modeling software system correct and concise allow an accurate simulation the errors are minimal.
SECTION 3: Deployment
SECŢIUNEA 3: Lansarea în fabricaţie
|Define the demands for large scale production in terms ofDefiniţi cererea pentru producţia de masă în funcţie de:|
|After design and validation of software product, setting-up all suppliers of materials, components and sub-assemblies required , as well as delivery terms, then move to promote it on domestic and international markets.|
|After design and validation of software product, determine all suppliers of materials, components and sub-assemblies required and delivery terms, then move to promote it on domestic and international market.• technologies, tools, machineries
• Technologies, equipment, machinery
For software product practical implementation, are required: market research activities, preliminary investigation activities, investment activities, training activities for operators of commercial activities, advertising and expertise;
| Estimated human resource requirements for implementation of software product will be:
staff to survey the market, investment, training operators and commercial activities, advertising and expertise.
SECTION 4: Overall Assessment
SECŢIUNEA 4: Evaluare generală
|What is you overall assessment of the technical feasibility of the research result?Care este evaluarea generală a fezabilităţii tehnice pentru rezultatul CD?|
|The practice of measuring complex parts based on the digital prototype – DMU: Digital Mock-Up products will be fully measured in 3D solid modeling technique and the whole measurement process will be simulated in assembly in the digital environment. Extent of the economic effects generated by the new practice are:
. elimination of physical prototype;
. reduce manufacturing costs;
. increase product quality;
. reduce product release cycle market.Digital prototyping techniques combined with Internet communication tools allow design team members to access current, complete and correct product relative to the definition, at any time and from anywhere.
It fits perfectly with the trend of globalization of engineering efforts and the integration of suppliers, supply and service, from the early stages of new product design.
Assumed risks (technical, financial) related to product design and the mathematical modeling of informatics for management decision-making activities with the highest risk in intelligent robotic systems. specifically refers to the following types:
In conclusion, technically, the project can be considered with low risk .
KEYWORDS QUANTITATIVE ASSESSMENT (0-5).
Evaluare cantitativă (0-5)
Please put X as appropriate.
Vă rugăm să marcaţi cu X punctajul considerat corespunzător
|Adequacy of testing activity undertaken so farGradul de adecvare al activităţii de testare desfăşurate pănă în prezent||X|
|Adequacy and availability of technical resources of the development teamGradul de adecvare şi disponibilitatea resurselor tehnice ale echipei||X|
|Current development stageStadiul actual de dezvoltare||X|
|Overall technical feasibilityFezabilitatea tehnică generală||X|
We agree that all informations contained in this form to be made public in the project „Inter-regional cooperation for valorization of research results – INTERVALUE”, by publication on the project website: http://www.urenio.org/intervalue/.
Suntem de acord ca informaţiile cuprinse în acest formular să fie făcute publice în cadrul proiectului „Inter-regional cooperation for valorization of research results – INTERVALUE”, prin publicarea lor pe site-ul proiectului, la adresa: http://www.urenio.org/intervalue/.