A professional simulator for steel transformations, TTT/CCT diagrams and cooling analysis.
Interpret isothermal and continuous-cooling transformation behaviour, phase distribution and heat-treatment risk.
The TTT-CCT Diagram Simulator interprets isothermal and continuous-cooling transformation behaviour at preliminary engineering level based on selected steel grade, chemical composition, grain size, section thickness, cooling medium and cooling rate.
The TTT diagram shows pearlite, bainite and martensite transformation regions under isothermal holding conditions on a time-temperature plane. It is useful for austempering, martempering and isothermal process evaluation.
The CCT diagram helps read transformation starts, the cooling curve, critical cooling rate, Ms/Mf lines and expected phase distribution during continuous cooling.
This tool is for education and preliminary design support. Final heat-treatment recipes require experimental TTT/CCT data, hardness testing, metallographic validation, furnace calibration and process validation.
Create realistic educational visuals for TTT/CCT diagrams, cooling curves and phase transformations.
Turns the TTT/CCT analysis result into a technical educational visual with cooling curve, phase transformation regions, Ms/Mf lines, predicted microstructure and heat-treatment recommendations.
TTT and CCT diagrams, cooling curves, pearlite-bainite-martensite-ferrite regions, Ms/Mf lines, steel grade card, phase-distribution chart and white report-ready area should appear.
The AI visual is not a real experimental TTT/CCT diagram or certified analysis result; it should be used for education, report covers and technical presentation support.
Add steel grade, cooling medium, section thickness, dominant phase, HRC estimate and risk notes to obtain a more realistic visual.
Professional educational visual for Metalurjist.com.tr TTT-CCT Diagram Simulator, selected steel grade card, TTT and CCT diagrams, cooling curve, pearlite bainite martensite ferrite transformation regions, Ms Mf lines, phase distribution chart, estimated hardness and heat-treatment validation plan, dark navy and turquoise scientific UI style, clean white report-ready area, high detail, no watermark, no fake text.
Interprets TTT/CCT transformation behavior at a preliminary engineering level based on steel grade, cooling condition, section thickness and grain size.
TTT curves show isothermal transformation behavior. Pearlite, bainite and martensite regions should be read together on the time-temperature plane.
The CCT diagram shows transformation starts, the cooling path, Ms/Mf lines and the expected phase distribution during continuous cooling.
Critical cooling rate, effective cooling rate, estimated HRC, dominant phase and section effect should be evaluated together.
A real process recipe requires experimental TTT/CCT data, hardness testing, microstructural examination, furnace calibration and process validation.
Generates a ready prompt to visualize the selected steel and TTT/CCT result for an educational graphic, report cover or technical presentation.
Covers the TTT diagram, CCT diagram, cooling curve, martensite/bainite/pearlite/ferrite regions and Ms/Mf lines.
The AI output is not a real analysis; it provides supporting material for technical explanation, education and report visualization.