Consulting Service

Process–Structure–Property Analysis

Optimizing a property in isolation tells you what you have. Connecting process to structure to property tells you how to get something different. Strategic consulting across the full chain, from a researcher who builds models at every link in it.

Who this is for

Alloy designers who need to know which processing route produces the property they are targeting, not just how to measure it after the fact. Process engineers optimizing a heat treatment or rolling schedule who need the microstructural consequence predicted, not discovered after production. Teams whose "we changed the process and the properties shifted" observation needs a mechanistic explanation.

What the analysis covers

Process characterisation Thermal and mechanical history reconstruction from your actual process — rolling schedule, heat treatment, forming path, or AM build parameters.
Structure prediction or characterisation Phase field or EBSD-based microstructure evolution linked directly to the process history above.
Property prediction Crystal plasticity or macroscopic models connecting the predicted or measured microstructure to mechanical performance.
Sensitivity analysis Identifying which process parameters actually move the property you care about — and which do not.
Alloy & process design guidance Translating the chain into concrete recommendations for composition, heat treatment, or forming route changes.
Strategic scoping For projects unsure where to start — identifying which link in the chain is the actual bottleneck before committing to modeling work.

Why me

3scales integrated: process, structure, property
39+publications across the full chain
Elsevierco-edited book on new-generation metal mechanics
DFG-fundedresearch connecting processing to microstructure

Process-structure-property analysis is not a separate technique from my other services — it is the connective layer across all of them. My research career has been built on exactly this chain: phase field predicting microstructure from thermal history, crystal plasticity predicting properties from microstructure, and forming simulation predicting the process itself. The strategic value I bring is knowing which link actually needs the modeling investment for your specific question.

As a process engineer at TSMC, I needed a very specific understanding of how microstructural mechanisms connect to real-world material behavior. Dr. Qayyum bridged that gap between academic rigor and engineering practice in a way I hadn’t found anywhere else. — Shao-Shen Tseng, Design Engineer, TSMC, Taiwan

How it works

  1. 15-minute call. Describe your process, your material, and the property question. I identify which link in the chain is the actual bottleneck.
  2. Scoped analysis. Ranges from a focused review (2–3 weeks) to a full multi-scale modeling campaign (several months), depending on how many links need new modeling work.
  3. Delivery. A coherent process-structure-property model or analysis, with concrete guidance on the process parameters that actually control your target property.

Common questions

Do I need to commission all three scales of modeling?

Not necessarily. Often one or two links in the chain are already well understood from existing data, and only the missing link needs new work. Scoping this correctly is the first output of the engagement.

What if I only care about the property, not the mechanism?

Understanding the mechanism is usually what lets you change the property predictably. A property number alone tells you where you are; the process-structure link tells you how to move it.

Is this the same as crystal plasticity or phase field consulting?

Related but distinct — those are individual tools. This service is the strategic layer deciding which tools apply, in what order, and how their outputs connect for your specific chain.

Can this apply to additive manufacturing?

Yes — AM is arguably the clearest process-structure-property case, since the process parameters directly determine the as-built microstructure. See the AM simulation post for that specific chain.

What is the typical timeline?

A scoping review: 2–3 weeks. A full multi-scale study connecting all three links: several months, similar to a full simulation campaign. Timeline is set once the bottleneck link is identified.

Start With 15 Minutes

Book a call and describe your process, material, and target property. I will identify which link in the chain is the actual bottleneck before you commission any modeling work.

Book a 15-Minute Call Send a Message

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