MatSimKit-HT

Engineers simply define the variable range and step size for each composition element; the software automatically enumerates all Cartesian product combinations and submits every task to the JMatPro® engine in batch, displaying a real-time progress bar for each task. For example, scanning Cr (1.0–2.0%, step 0.1%) and Ni (3.0–4.0%, step 0.1%) simultaneously generates 11×11 = 121 combinations completed in a single run — over a hundred times faster than traditional point-by-point operation. All tasks execute in the background so engineers can continue other work without waiting.

The software fully supports all nine alloy types in JMatPro® — iron alloys, cobalt alloys, nickel alloys, aluminum alloys, magnesium alloys, titanium alloys, copper alloys, zirconium alloys, and tin alloys — covering mainstream materials across aerospace, automotive, energy, and electronics industries. Multiple calculation types can be submitted simultaneously in a single batch run, including thermodynamic calculations, thermophysical property calculations, solidification calculations, mechanical property calculations, and kinetic phase transformation calculations, giving engineers comprehensive material property data in one go.

Faced with dozens or hundreds of results, the built-in multi-condition constraint engine lets engineers set multiple simultaneous rules — for example, "Ms < 350°C AND yield strength > 800 MPa" — applying them with logical AND to automatically filter qualifying compositions. Combined with goal-directed sorting (maximize, minimize, or approach a target value), the optimal composition is placed at the top and the top-5 results are highlighted with color badges.

The summary table consolidates key computed indicators for all composition points in a single view; clicking any row highlights the corresponding curves in the chart panel for in-depth analysis, and filter conditions can be adjusted at any time with instant result refresh — no recalculation needed. The statistical visualization feature is an effective tool for exploring high-throughput results: users freely assign any performance parameter to the X-axis, Y-axis, and color dimension, rendering all composition points as a 2D scatter plot that makes composition–property relationships and trends immediately visible.