Add to ORKGA simple condition for metallurgical instability useful in the development of processing maps for analyzing the high temperature forming of metals, is used. This condition is deduced following a criterion based on continuum principles as applied to large plastic flow proposed by Ziegler, which can be applied for any type of flow stress versus strain rate curve. This criterion has been validated using the flow stress data of a alpha (2)/O titanium aluminide alloy Ti-25Al-15Nb with microstructural observations. The optimum hot working conditions are suggested for this material based on the processing map
A new method of modeling material behavior which accounts for the dynamic metallurgical processes oc...
The isothermal compression tests of titanium alloy Ti–6.5Al–3.5Mo–1.5Zr–0.3Si with the initial Widma...
The processing map on the basis of dynamic material model has been recognized to be an effective met...
Using the test data of alpha(2) titanium aluminide alloy Ti-24Al-11Nb with microstructural observati...
In recent years, processing maps are being used to design hot working schedules for making near-net ...
In recent years, processing maps are being used to design hot working schedules for making near-net ...
Using a dynamic materials model, processing and instability maps have been developed for near-alpha ...
Using a dynamic materials model, processing and instability maps have been developed for near-α tita...
The hot workability of Ti–6Al–4V alloy was investigated according to the measured stress–strain data...
AbstractThe hot working behavior of near-α titanium alloy IMI 834 with a duplex starting microstruct...
The high temperature deformation behaviour of cast and homogenised near alpha titanium alloy Titan 2...
The hot working behavior of neara titanisiin alloy [MI 834 with a duplex starting microstructure was...
For the development of processing maps, a simple instability condition for assessing the extent of p...
A new method of modeling material behavior which accounts for the dynamic metallurgical processes oc...
A new method of modeling material behavior which accounts for the dynamic metallurgical processes oc...
A new method of modeling material behavior which accounts for the dynamic metallurgical processes oc...
The isothermal compression tests of titanium alloy Ti–6.5Al–3.5Mo–1.5Zr–0.3Si with the initial Widma...
The processing map on the basis of dynamic material model has been recognized to be an effective met...
Using the test data of alpha(2) titanium aluminide alloy Ti-24Al-11Nb with microstructural observati...
In recent years, processing maps are being used to design hot working schedules for making near-net ...
In recent years, processing maps are being used to design hot working schedules for making near-net ...
Using a dynamic materials model, processing and instability maps have been developed for near-alpha ...
Using a dynamic materials model, processing and instability maps have been developed for near-α tita...
The hot workability of Ti–6Al–4V alloy was investigated according to the measured stress–strain data...
AbstractThe hot working behavior of near-α titanium alloy IMI 834 with a duplex starting microstruct...
The high temperature deformation behaviour of cast and homogenised near alpha titanium alloy Titan 2...
The hot working behavior of neara titanisiin alloy [MI 834 with a duplex starting microstructure was...
For the development of processing maps, a simple instability condition for assessing the extent of p...
A new method of modeling material behavior which accounts for the dynamic metallurgical processes oc...
A new method of modeling material behavior which accounts for the dynamic metallurgical processes oc...
A new method of modeling material behavior which accounts for the dynamic metallurgical processes oc...
The isothermal compression tests of titanium alloy Ti–6.5Al–3.5Mo–1.5Zr–0.3Si with the initial Widma...
The processing map on the basis of dynamic material model has been recognized to be an effective met...