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European cooperation in the field of scientific and
technical research - COST COST 526 Automatic
Process Optimization in Materials Technology (APOMAT) TEMPLATE FOR PROJECT PROPOSAL
Filled
in template (RTF 25 KB or
copy this side) to be sent to: Deadline
(1st call): Deadline (2nd call): |
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Title of proposal:
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Keywords:
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Organization/Company: Address: |
Project leader: Tel.: Fax: E-mail: |
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Hints for using the template: - Please read carefully the summary on objectives of COST 526 - Delete and replace all lines between ^^^^ and ^^^^ - Do not delete any chapter headings. If they do not
apply, add the term "Not applicable" - If a requirement is identified but not yet
specified in detail, add the term "Not specified yet" |
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1. Duration / run time of the project ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - Starting and finishing date ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 2. Overall cost ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - in kEURO ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 3. Funding situation ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Choose one of the following options: - Funding already assured by (e.g. governmental
organization and / or industrial company): - Funding applied for at: - Thinking about funding by: ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 4. Project partners indicated to
participate ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - Indicate partners on national and / or european
levelpartners - Description of the collaborative approach - Expected mutual benefit ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 5. Project partners to be found ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - Objectives of collaboration - Expected mutual benefit ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 6. Short description of the material
process to be optimized ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - Which type of process is involved (e.g. pilot
process, industrial process)? - Essentials of process technology - Economic impact (e.g. production figures, turnover) ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 7. Material(s) involved: ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - Material type of the product (e.g. superalloy
CMSX4, Si3N4
powder) ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 8. Optimization potential of the process
or process step ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - Quantified impact on material quality, processing
time etc. - Technological feasibility ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 9. Specified material properties to be
achieved ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - Which material qualities are to be respected or
even improved? - What are the material defects to be avoided? ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 10. Process parameters to be optimized ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - Identify process parameters related to material
qualities or defects - What are the restraints for these parameters (e.g.
maximum heater temperature, maximum speed) ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 11. Material laws including material
dependent coefficients ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - What quantitative laws will be applied for quality
function design? - Are coefficients / data available or to be
determined? ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 12. Simulator ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - Brief description of the program system to be applied
for process simulation - Are there process specific software developments
necessary? ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 13. Optimizer ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - Indicate optimization algorithms or software optimization
environments ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 14. Competence / activities of proposer: ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - With respect to material process simulation,
material laws and - if applicable - to numerical process optimization ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 15. International state of the art and
references ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - State of the art of process modelling and
optimization concerning your proposals - Relevant publications and articles ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ |
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