We build a crystal plasticity finite element framework to investigate slip localisation and
fatigue-creep behaviour at the cooling holes of single crystal Nickel (Ni) based components …

Double wall transpiration cooling (DWTC) is a new technology that allows the gas turbine
inlet temperatures to be increased beyond current levels to promote higher engine …

To achieve a high-reliability design of high-temperature structures with a feasible balance
between accuracy and efficiency, the physics-based probabilistic assessment for creep …

Advanced thermal protection technology is key for allowing hotter gas turbine cycle
temperatures towards minimising fuel consumption and emissions. While effusion holes are …

The integration of double wall transpiration cooling (DWTC) into gas turbines and
hypersonic vehicles is key for addressing future needs in aerospace and power generation …

New porous double layer (PDL) transpiration cooling technologies can allow gas turbine
entry temperatures to be increased beyond current limits towards higher engine efficiency …

For pressure equipment in the industrial field, the shakedown design methods presented in
the ASME and other international design codes are mainly based on the Bree problem. The …

Twin-wall structures can be cooled both externally and internally, raising great potential for
use in high-temperature applications. However, their increased geometric complexity …

Double-wall transpiration cooling systems offer the potential for performance improvements
over conventional single wall systems in aerospace applications. Here we idealise the …

Ratcheting behavior of pressurized straight pipes made of Z2CND18. 10 austenitic stainless
steel alloy was evaluated under in-plane bending cycles and under displacement-and force …