| MAP_STEEL_AUSTENITEGROWTH |
PROGRAM: This program allows the growth of austenite nucleated within pearlite to consume both the cementite and ferrite lamellae. An austenite allotriomorph at the cementite/ferrite interface thickens in both (opposite) directions, isothermally and under carbon diffusion-control. |
| MAP_STEEL_BAINITE |
PROGRAM: This program allows the kinetics of the bainite transformation to be estimated as a function of heat treatment, austenite grain size and the chemical composition of the steel concerned. |
| MAP_STEEL_DIFFUSE |
PROGRAM: Diffusion coefficient of carbon in steel as a function of temperature and chemical composition, including substitutional solutes. |
| MAP_NEURAL_SKYNET |
PROGRAM: Easy, graphical user interface to use trained Bayesian neural network models. |
| MAP_STEEL_VOLUME_WEAR_LOSS |
PROGRAM: Sliding wear loss in pin-on-disc tests. |
| MAP_DATA_THERMAL10 |
PROGRAM: Provides data on thermal conductivity in steel. The authors used
the data to create a neural network model of the thermal conductivity in
steel. |
| MAP_STEEL_DIFFUSIONLESS_DRIVING_FORCE |
PROGRAM: Calculates the molar free energy of an alloy as both austenite and ferrite and to calculate the molar driving force for the transformation of the former to the latter. This program must be used with MTDATA. |
| MAP_STEEL_FLOW |
PROGRAM: Simulates the contribution to room temperature, static yield strength of the Peierls stress, substitutional and interstitial solid solution strengthening, precipitate-related strengthening, grain size strengthening and work hardening. It then predicts the evolution of yield stress for a given strain rate (i.e. the flow stress) at a specified temperature. |
| MAP_STEEL_FATIGUE_LIFE_PREDICTOR |
PROGRAM: Fatigue Life Predictor for Steels (FLiPS) - uses an artificial neural network to predice the fatigue life for steels, based on their mechanical properties and test conditions. |
| MAP_STEEL_DROPCOOL |
PROGRAM: This program simulates the rapid cooling of iron alloys from the molten state and calculates the amount of austenite and ferrite during cooling. It also calculates the temperature as a function of time, which may be used for separate solid-state transformation modelling. |
| MAP_STEEL_MS_EMPIRICAL_2014 |
PROGRAM: Simple program in C which implements empirical equations for martensite start temperature, and then calculates the average and standard deviation of the best 9 models (Committee model). |
| MAP_STEEL_HOT_STRENGTH2 |
PROGRAM: For the estimation of flow stress as function of chemical composition, strain rate, temperature and strain. |
| MAP_STEEL_ROLLING_CONTACT |
PROGRAM: To calculate the distribution of forces and stresses during rolling contact of to rigid, parallel and flat cylinders assuming Hertzian contact between the mating surfaces under various conditions of slip. To estimate the magnitude and distribution of normal and tangential forces acting over the Hertzian contact half-width and subsequently calculates the tangential, normal and shear stresses under plane strain condition. A range of stress distribution from perfect rolling to perfect sliding between mating cylinders can be calculated. |
| MAP_STEEL_HYDROGEN |
PROGRAM: Simulation of the thermal desorption spectrum of hydrogen in ferrite, acconting for both diffusion and trapping phenomena. |
| MAP_STEEL_FERRITIC_HOT |
PROGRAM: Calculation of the tensile properties of creep resistant ferritic steels. |
| MAP_STEEL_RANDOM_ORIENTATION |
PROGRAM: Consider a polycrystalline material containing a random distribution of 10,000 grains, each with a cubic lattice. This program permits the calculation of the fraction of grains which have a specific orientation relative to an external frame of reference. |
| MAP_NEURAL_FSW |
PROGRAM: Friction stir welding: process maps |
| MAP_STEEL_MUCG46B |
PROGRAM:MUCG46 modified to account for elastic and plastic strain, and grain refinement, on the martensite-start temperature. |
| MAP_STEEL_PEARLITE |
PROGRAM:A complete theory for pearlite growth in binary steel. |
|
MAP_STEEL_ANDROID_MS |
PROGRAM:An Android APP that allows you to use your mobile telephone or tablet to calculate the martensite (α' and ε) and bainite-start temperatures, Ae1 and Ae3 temperatures of low alloy steels containing Mn, Si, Ni, Cr, Mo, Cu, V, Nb, W, Co and C. |
| MAP_NEURAL_EPSILON_MS |
PROGRAM:Prediction of the austenite to epsilon martensite-start temperature. |
| MAP_TTTtoCCTlinear |
PROGRAM:Converts an input TTT (time-temperature-transformation) curve into a CCT (continuous-cooling-transformation) curve using Scheil's additive reaction rule, assuming a constant cooling rate. |
| MAP_STEEL_BORON |
PROGRAM:Claculation of soluble boron concentration in steels containing aluminium, nitrogen and titanium. |
| MAP_STEEL_ELONGATION_IRRADIATED |
PROGRAM:Allows prediction of the elongation of irradiated steels, as a function of the chemical composition, heat treatment and irradiation and test parameters. |
| MAP_STEEL_TOPOLOGY2 |
PROGRAM:Calculates the changes in grain boundary area and grain edge length per unit volume, for a non-uniform distribution of space-filling grains, as a function of arbitrary homogeneous deformations. |
| MAP_STEEL_FERRITE_TEXTURE |
PROGRAM:Calculates probability of an allotriomorph of ferrite which nucleates at an austenite grain boundary having a good-fit orientation relationship with both of the adjacent austenite grain, and the resulting crystallographic texture. |
| MAP_STEEL_HOTROLLED_UTS |
PROGRAM:To calculate the domain of steels and processing which can lead to the same ultimate tensile strength in hot-rolled steels. |
| MAP_STEEL_HOTROLLED_EL |
PROGRAM:To calculate the domain of steels and processing which can lead to the same elongation in hot-rolled steels. |
| MAP_STEEL_HOTROLLED_UTS_EL |
PROGRAM:To calculate the domain of steels and processing which can lead to the same combination of ultimate tensile strength and elongation in hot-rolled steels. |
| MAP_AL_HARDNESS |
PROGRAM:To predict the hardness of 356 and 319 Al cast alloys as a function of chemical composition and heat treatment (artificial aging T6). |
| MAP_AL_ELONGATION |
PROGRAM:Elongation of wrought aluminium alloys as a function of composition, tempering and service temperature. |
| MAP_AL_YS |
PROGRAM:Yield strength of wrought aluminium alloys as a function of composition, tempering and service temperature. |
| MAP_AL_TS |
PROGRAM:Ultimate tensile strength of wrought aluminium alloys as a function of composition, tempering and service temperature. |
| MAP_STEEL_THERMAL |
PROGRAM:Model for thermal conductivity of steel. |
| MAP_DATA_THERMAL |
DATA:Thermal conductivity data for steel. |
| MAP_STEEL_BAKE_HARDENING |
PROGRAM:To estimate the bake hardening tendency in low-carbon steels as a function of chemical composition and processing. |
| MAP_STEEL_TWIP |
PROGRAM:A program for the calculation of texture change due to twinning and true strain from twinning, as a function of twinning volume fraction, texture type and its intensity. |
| MAP_STEEL_TRIP |
PROGRAM:To predict the carbon content in retained austenite and volume fraction of retained austenite in cold-rolled TRIP-assisted steel as a function of the chemical composition and the heat treatment parameters. |
| MAP_STEEL_IRRADIATED_CHARPY |
PROGRAM:To estimate the change in ductile-to-brittle transition temperature under Charpy testing of irradiated reduced activation ferritic/martensitic steel as a function of irradiation conditions. |
| MAP_STEEL_DIFFRACT_FERRITE |
PROGRAM:Calculation of Debye X-ray diffraction rings due to stress-induced transformation of polycrystalline austenite. The sample may be textured. |
| MAP_STEEL_DIFFRACT_AUSTENITE |
PROGRAM:Calculation of Debye X-ray diffraction rings for polycrystalline austenite. The sample may be textured. |
| MAP_STEEL_TRANS_PLASTICITY |
PROGRAM:Calculation of transformation strain and crystallographic orientation of the 24 variants of martensite or bainite that form in a singel grain of austenite in an arbitrary orientation. |
| MAP_STEEL_TEXTURE3 |
PROGRAM:Calculation of habit plane, shape deformation and orientation relationship between austenite and martensite or bainite, as a function of the correspondence matrix and the lattice invariant deformation. |
| MAP_STEEL_TEXTURE2 |
PROGRAM:To produce a non-random, crystallographically textured distribution of austenite grains. |
| MAP_STEEL_HOT_STRENGTH |
PROGRAM:0.2 percent proof strength of creep-resistant ferritic steels as a function of temperature, chemical composition and heat treatment. |
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