| DelNo. |
Deliverable title |
Contact person (e-mail) |
| 1 |
Detailed project plan (including task description of benchmarking problems) |
h.j.pasman@tnw.tudelft.nl |
| 2 |
Report on experimental factors influencing explosion indices determination (further experimental workplan distribution and description) |
kai.holtappels@bam.de |
| 5 |
Report on experimentally determined self-ignition temperature and the ignition delay time (constant volume apparatuses) |
kai.holtappels@bam.de
christian.liebner@bam.de |
| 6 |
Report on experimentally determined Markstein numbers |
max.weiss@vbt.uni-karlsruhe.de |
| 7 |
Report on experimentally determined MIE as function of P, fuel type and concentration |
max.weiss@vbt.uni-karlsruhe.de |
| 8 |
Report on experimentally determined flammability limits as a function of pressure |
kai.holtappels@bam.de |
| 9 |
Report on experimentally determined flammability limits as a function of temperature |
kai.holtappels@bam.de |
| 10 |
Interpretation of gas explosion tests; extremes in explosion severity |
kai.holtappels@bam.de |
| 11 |
Effect of turbulence on explosion severity (Kg-value) |
max.weiss@vbt.uni-karlsruhe.de |
| 12 |
SafeKinEx LabViewer Manual |
zymunt.meissner@pwr.wroc.pl |
13
| Additional experiments |
kai.holtappels@bam.de |
| 14 |
Model and software development for calculation of laminar burning velocity (software) |
akonnov@vub.ac.be |
| 15 |
Validation of laminar burning velocity model |
akonnov@vub.ac.be |
| 16 |
Calculation of the maximum explosion pressure
- Manual
- Program
|
akob@itc.pw.edu.pl |
| 18 |
Model, software for calculation of AIT and its validation |
h.j.pasman@tnw.tudelft.nl |
| 19 |
Model, software for calculation of flammability limits and its validation |
h.j.pasman@tnw.tudelft.nl |
| 20 |
Model, software for calculation of Markstein numbers and its validation |
max.weiss@vbt.uni-karlsruhe.de |
| 21 |
Calculation of Markstein numbers, their influence on the Minimum Ignition Energy and implementation of practical software |
max.weiss@vbt.uni-karlsruhe.de |
| 22 |
Explosion propagation model, software development. First report on influence of obstacles, turbulence and fuel concentration, spherical vessels. |
akob@itc.pw.edu.pl |
| 23 |
Explosion propagation model, software development. Second report on influence of obstacles, turbulence and fuel concentration, elongated vessels and (multi-)channels. |
akob@itc.pw.edu.pl |
| 24 |
Explosion propagation model, software development. Third report; ignition source located in different vessel places and different initial conditions (turbulence, equivalence ratio, fuel type, temperature and pressure) |
akob@itc.pw.edu.pl |
| 25 |
Model, software developed and validated for calculation of explosion propagation (as function of fuel type, equivalence ratio, turbulence, P, T, obstacles and geometries) |
akob@itc.pw.edu.pl |
| 26 |
Report on ongoing progress of C1-C3 detailed kinetic model development |
akonnov@vub.ac.be |
| 27 |
Report on ongoing progress of C4-C10 detailed kinetic model development |
frederique.battin-leclerc@ensic.inpl-nancy.fr |
| 28 |
Report on ongoing progress of aromatic hydrocarbon detailed kinetic model development |
frederique.battin-leclerc@ensic.inpl-nancy.fr |
| 29 |
Report on intermediate species concentration during the ignition process |
h.j.pasman@tnw.tudelft.nl |
| 30 |
Report on experiments needed for kinetic model development (CVB approach) |
h.j.pasman@tnw.tudelft.nl |
| 31 |
Report on experiments needed for kinetic model development (ST approach) |
frederique.battin-leclerc@ensic.inpl-nancy.fr |
| 33 |
Report on experiments needed for kinetic model development (high pressure)
Addendum A: Heat loss measurements explosion sphere
Addendum B: Additional experiments on the self-ignition temperature and the ignition delay time
|
christian.liebner@bam.de
h.j.pasman@tnw.tudelft.nl |
| 34 |
Validated detailed kinetic model for C1-C3 hydrocarbons |
akonnov@vub.ac.be |
| 35 |
Validated detailed kinetic model for C4-C10 hydrocarbons |
frederique.battin-leclerc@ensic.inpl-nancy.fr |
| 36 |
Validated detailed kinetic model for aromatic hydrocarbons |
frederique.battin-leclerc@ensic.inpl-nancy.fr |
| 37 |
Kinetic reduction software. Report on redection techniques. |
j.f.griffiths@leeds.ac.uk |
| 38 |
Reduced kinetic models for different classes of problems |
j.f.griffiths@leeds.ac.uk |
| 45 |
Workshop materials related to determination methodology |
h.j.pasman@tnw.tudelft.nl |
| 52 |
Edited annual report for publication
executive summary 2006 -
(2005) -
(2004) -
(2003)
|
h.j.pasman@tnw.tudelft.nl |
| 53 |
Edited final report for publication, executive summary report |
|
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