Oral Poster Presentations
Wednesday, 7 November 2012
Room 5-6 ∙ Poster session I | ||
A - Physical, chemical, mechanical, thermal and optical properties | ||
Chair | V. Reschke (Magdeburg/DE) | |
18.20 | Mechanical properties of bell-type metallic hollow spheres structure | |
18.23 | Effect of matrix alloying and hollow sphere size on the compressive properties of metal matrix syntactic foams | |
18.26 | Production technology, structure and properties of polyisocyanurate foams produced using rapeseed oil and filled with chopped flax or carbon fibers | |
18.29 | Investigations on shock absorbance of cellular material under dynamic compression | |
18.32 | Influence of vegetable oil polyols on selected properties of rigid polyurethane-polyisocyanurate foams | |
18.35 | Fabrication of porous titanium by space holder leaching and layer manufacturing technology | |
18.38 | Development of a ceramic filter-disc for application in a centrifugal-membrane-filter during wine-filtration instead of conventional hollow fibre-membranes consisting of polymers | |
18.41 | Absorption ability of aluminum foams | |
B - Manufacturing | ||
Chair | F. A. Müller (Jena/DE) | |
18.44 | Modified technology for 3D wire structures | |
18.47 | Creation of composite alumina materials with high porosity | |
18.50 | Stabilization of liquid metallic emulsions by in-situ precipitated phases | |
18.56 | Metal foam sandwiches for shipbuilding industry | |
18.59 | Additional strut porosity in polymer-derived ceramic foams | |
19.02 | Microstructure, porosity and thermal behavior of novel Al2O3/mullite composite materials | |
19.05 | Polymer derived ceramics with pores and carbon nanotubes | |
19.08 | Feasibility study of a new composite woven sandwich | |
19.11 | Development of the equipment for hollow spheres production from non-ferrous melts | |
Room 4 ∙ Poster session II | ||
B - Manufacturing | ||
Chair | G. Falk (Saarbrücken/DE) | |
18.20 | On the role of aluminum powder on production copper foam by turning chips | |
18.23 | Clickable macroporous foams by one-step polymerizations | |
18.26 | Characterization of open-cell copper foams manufactured by replication casting technique | |
18.29 | Influence of casting and mould temperature on mechanical and (micro-)structural properties of investment-casted open pore aluminium foams | |
18.32 | Polyamid/EVOH Blend Nano Cellular Structure | |
18.35 | An investigation of production Al-Al2O3 composite foam via SHS | |
18.38 | Manufacture of metallic syntactic foams by thixoinfiltration | |
18.41 | Investment casting of porous titanium | |
18.44 | In situ synthesis and microstructure of porous BaZrO3 ceramics | |
18.47 | Processing Ti foam with selective laser melting | |
18.50 | Cellular piezoelectric ceramics | |
18.53 | Powder metallurgy of hybrid porous Ni59Zr20Ti16Si2Sn3 metallic glass structures | |
18.56 | Powder metallurgy: An eco-efficient process to produce metallic foams | |
19.02 | Syntactic aluminum foams produced from coated glass sphere preforms | |
19.05 | Effect of brazing on mechanical properties of hollow tubes stacking | |
19.08 | Use of brown coal ash at angren thermal electric power station | |
19.11 | Self propagation high tempreature synthesis method to produce MoSi2 open-cell foam using microwaves | |
Room 3 ∙ Poster session III | ||
C - Automotive, aerospace and transportation | ||
Chair | N. Mantzel (Magdeburg/DE) | |
18.20 | Porous fibrous metal materials for aviation gas-turbine engines | |
D - Bioengineering, biomaterials and life science, medical engineering | ||
Chair | N. Mantzel (Magdeburg/DE) | |
18.23 | Surface functionalized porous polymeric materials for bioapplications | |
18.26 | Highly porous magnesium alloy fibre structures and their properties regarding degradable implant application | |
E - In situ mechanical characterisation, plastic deformation | ||
Chair | N. Mantzel (Magdeburg/DE) | |
18.29 | Effects of density on the bending and compressive properties of closed-cell aluminum foam | |
F - Energy management and saving, chemical engineering and conversion, surface modification | ||
Chair | N. Mantzel (Magdeburg/DE) | |
18.35 | Differentiation of induced pluripotent stem cells toward neurons in | |
18.38 | High temperature oxidation resistant ceramic coatings for cellular material structures | |
G - Structure characterisation, mechanical engineering | ||
Chair | A. Federova (Magdeburg/DE) | |
18.41 | Properties of construction materials containing waste materials | |
18.44 | X-ray microtomography of ceramic foam filters for molten metal filtration | |
18.47 | Characterization of food foams using fast laboratory micro-CT | |
18.50 | Statistical and geometrical characterization of ceramic foam structures for MMCs based on CT investigations | |
18.53 | Morphological and thermal characterization of Al-based open-pore cellular structures | |
18.56 | Two-scale model for prediction of macroscopic elastic properties of aluminium foam using nanoindentation | |
18.59 | Quantitative characterization of biomaterials and their interaction with living cells by AFM | |
19.02 | Cellular oxide structures on metal alloy surfaces | |
19.05 | Effect of bi-thickness wires on the mechanical behavior of wire-woven metals | |
19.08 | Orientation dependency of mechanical properties of wire-woven bulk kagome | |
19.11 | Adsorption properties of sorbents based on fibrous carbon | |