CORE-Materials:
Micrograph of base metal. T6 - solution heat treated and artificially aged.
CORE-Materials:
Barium Hexaferrite
CORE-Materials:
Cu-10.5 wt% P
CORE-Materials:
Gun metal bronze displaying coring.
CORE-Materials:
Phosphor bronze exhibiting cored dendrites.
CORE-Materials:
Normalised low carbon manganese steel, taken transverse to directionality
CORE-Materials:
Carbon-carbon composite
CORE-Materials:
Cu 52.5, Zn 47.5 (wt%) brass, as cast
CORE-Materials:
Poly (lactic-co-glycolic acid) (PLGA) porous scaffold for tissue engineering. Average Pore Size 350-550 micrometre, porosity estimated at 35-45%
CORE-Materials:
Fe, C 1.0 (wt%), hypereutectoid alloy
CORE-Materials:
Ti, Al 6, V 4 (wt%), Widmanstätten microstructure
CORE-Materials:
Microstructure of extruded tube in Magnesium alloy AZ91 in direction perpendicular to the direction of extrusion.
CORE-Materials:
Cast iron, containing phosphorus
CORE-Materials:
Fe, C 0.9 (wt%) steel, hypereutectoid, quenched and tempered
CORE-Materials:
Cu 55, Zn 45 (wt%) brass, cast annealed
CORE-Materials:
Remnants of crazes on a polystyrene fracture surface
CORE-Materials:
Magnesium alloy
CORE-Materials:
Injection-moulded polystyrene (PS) case
CORE-Materials:
Al-Mg-Si, failed through microvoid coalescence.
CORE-Materials:
Al 96, Cu 4 (wt%), solution treated and overaged - precipitation hardening
CORE-Materials:
Copper-phosphorus alloy
CORE-Materials:
Fractograph showing extensive matrix cracking and fibres bridging an opened matrix in a fibre reinforced magnesium aluminosilicate ceramic
CORE-Materials:
Cu 70, Zn 30 (wt%), recrystallised - annealing twins
CORE-Materials:
Doloma, (Ca,Mg)O
CORE-Materials:
Cast and tempered 20% Sn bronze
CORE-Materials:
Fe, C 0.75 (wt%) steel, quenched, martensitic and manganese sulphides
CORE-Materials:
Strain induced birefringence in a thermoformed PET cup
CORE-Materials:
Bi 90, Sn 10 (wt%)
CORE-Materials:
Commercial grade free machining brass - Widmanstätten microstructure
CORE-Materials:
Fe, C 3.6, Si 2.1 (wt%), hypereutectic grey cast iron
