Industries
Industrial Research
Contract Research and Method Development
Six creep frames running to 1,100 °C and 100,000 hours, four scanning electron microscopes, and a proprietary image-analysis code written in-house since 2008: the apparatus gets built when the method does not yet exist.
Request a QuoteIn brief
TCR takes on the materials questions standard testing cannot answer: TCR Advanced builds the autoclave or rig, develops the method and runs the study, as it did for the corrosion-autoclave methodology built for the Institute for Plasma Research and cross-checked against ITER at Cadarache, France. TCR Advanced has been a recognised PhD research institute of MS University of Baroda since 2012, and TCR Engineering has run the NPCIL elevated-temperature tensile programme since 2013.
Key takeaways
- Research campaigns run under the ISO/IEC 17025:2017 management system of NABL-accredited laboratory NABLT0726MH18640, with precision assessed per ASTM E177, ASTM E691 and the ISO 5725 series; the full standards matrix is below.
- Long-duration creep runs on six frames at 50 kN to 1,100 °C, with test durations to 100,000 hours.
Overview
TCR Advanced runs contract research for atomic-energy, space and industrial R&D buyers whose questions standard testing cannot answer.
- Questions taken: unproven materials, novel damage mechanisms, and one-off engineering questions.
- Apparatus: custom autoclaves and test rigs, built by TCR Advanced for the study.
- Method: publication-grade methodologies, developed for the question rather than taken off a shelf.
- Programmes: long-duration creep, electrochemical and fractographic study.
Industry Context
Industrial research buys capability, not capacity. When a laboratory partner is asked to run a custom creep frame, a non-standard corrosion cell, or a fatigue programme outside any published method, the question is whether the partner can design the apparatus, defend the uncertainty budget, and produce data fit for publication.
- Three buyer classes: the government and atomic-energy pool (DRDO and its laboratories, NPCIL, BARC), the academia and PhD research pool, and the industrial R&D pool.
- Academic anchor: TCR Advanced has been recognised as a PhD research institute by MS University of Baroda since 2012.
- What is bought: capability, not capacity, through custom test rigs and contract research and development.
- Instrument base: four scanning electron microscopes and the 9,000-plus failure investigation archive.
TCR has answered that question for research institutions and corporate R&D centres for five decades, and the failure investigation archive turns individual experiments into pattern-level insight.
Industrial research work sits with TCR Advanced. Beyond DRDO, NPCIL and BARC, the government and atomic-energy pool includes the Heavy Water Projects, ISRO and its centres, also served through TCR's aerospace work, and the Institute for Plasma Research through ITER-India.
The industrial R&D pool covers contract corrosion-coupon supply, reverse engineering, foundry-setup consultancy, custom test-rig design, and proprietary IP-development engagements where the client buys exclusive use of the TCR Advanced laboratory and equipment over a multi-year window.
Research Capabilities and Custom Apparatus
| Capability | Detail |
|---|---|
| Custom corrosion coupons | Supplied since 2012; geometries, materials of construction, and exposure protocols designed to client specification, also supplied to steel and metal-trading clients |
| Microstructure Image Characterizer (MiC) | Proprietary image-analysis software developed since 2008; quantitative grain-size, inclusion-rating, and phase-distribution analysis, automated; used in TCR's metallurgical laboratory and sold as a commercial software product |
| Custom test-rig and autoclave fabrication | Autoclaves and rigs designed and built for the study; the corrosion-autoclave methodology built for the Institute for Plasma Research was cross-checked against ITER at Cadarache, France |
| Reverse engineering | Documented service since October 2008; component characterisation against design intent for indigenous-replacement and aftermarket-supply scope |
| Foundry-setup consultancy | Materials selection, melt-shop design review, sand-casting and investment-casting workflow audit, gating-and-risering review |
| Four Scanning Electron Microscopes | Pemtron SEMART SS-100, JEOL JCM-6000, Phenom XL G2 (CeB6 source, 60,000x magnification) and JEOL JSM-IT-210L; used for fractography and high-resolution imaging |
| Long-duration creep | Six creep frames at 50 kN to 1,100 °C, duration to 100,000 hours |
| NPCIL elevated-temperature tensile | Three-temperature 300/500/800 °C protocol qualified on 6 December 2013; back in service in 2025-26 under Avinash Tambewagh as Technical Head |
| Tribology and ferrography research | Lube-oil and wear-particle research, alongside the oil analysis and ferrography service |
Research Methodologies
TCR's research method rests on doctoral-grade supervision at TCR Advanced Vadodara and on certified reference materials that anchor calibration and verification.
- PhD institute: TCR Advanced has been recognised as a PhD research institute by MS University of Baroda since 2012.
- Supervision: Dr. P.B. Joshi, formerly Head of the Department of Metallurgical Engineering at MS University Vadodara, with more than 50 research publications and co-authorship of an ASM International book.
- Scope: doctoral research on metallurgy, corrosion and asset integrity from the TCR Advanced Vadodara laboratory.
- Reference materials: TCR Engineering draws certified reference materials from the Analytical Reference Materials International (ARMI) and MBH Analytical panel (USA and UK), underpinning the calibration and verification methodology.
Standards Coverage Matrix
- Contract R&D Methodology
- ISO/IEC 17025:2017 (NABL certificate NABLT0726MH18640); ASTM E177 (precision and bias in test methods); ASTM E691 (inter-laboratory study to determine precision); ISO 5725 series (precision and trueness of measurement methods).
- Aerospace Materials Testing (NADCAP AC7101 accredited)
- SAE AMS-H-6875; SAE J423; ASTM E18, E10, E92, E384, E112, E407, E45.
- Atomic-Energy and Nuclear-Adjacent
- AERB Safety Manuals; ASME Section III (nuclear components, where in scope); ASME Section XI (in-service inspection of nuclear components); IAEA Safety Standards Series.
- Custom Apparatus
- ASTM E1820 (CTOD); ASTM E139 / E292 (creep); ASTM E466 / E606 (fatigue); NACE TM0177 / TM0284 (corrosion); ITER quality-assurance framework where in scope.
Named Clients and Partners
- Government and Atomic-Energy
- ITER-India for the Institute for Plasma Research; NPCIL; BARC; DRDO laboratories (DMRL, DMSRDE, R&DE, NMRL long-term contract); Heavy Water Projects; ISRO and centres (VSSC, LPSC, SHAR, SAC; see aerospace).
- Academia
- MS University of Baroda (PhD research institute relationship since 2012)
- International Reference Material Panel
- Analytical Reference Materials International (ARMI) and MBH Analytical, certified reference material panel (USA and UK).
- Industrial R&D Buyers
- Multi-year proprietary research engagements with refining, petrochemical, fertiliser, power, and steel buyers where the TCR Advanced bench is contracted on an exclusive-use basis.
- Foundry-Setup Consultancy Buyers
- Greenfield and brownfield foundry capex programmes routed through TCR Advanced for materials and methodology audit.
Why Research Clients Choose TCR (Differentiators)
- Proprietary methods and tools: custom corrosion coupons since 2012, MiC image-analysis software since 2008, and the corrosion-autoclave methodology cross-checked against ITER.
- Doctoral-grade research: recognition by MS University of Baroda since 2012, and senior consultants with more than 50 research publications and ASM International authorship.
- Four scanning electron microscopes for fractography at TCR Advanced Vadodara: Pemtron SEMART SS-100, JEOL JCM-6000, Phenom XL G2 (CeB6 source, 60,000x magnification) and JEOL JSM-IT-210L.
- The NPCIL elevated-temperature tensile programme, its 300, 500 and 800 °C protocol qualified on 6 December 2013.
- NADCAP AC7101 Materials Testing accreditation, awarded in 2026.
- NABL accreditation to ISO/IEC 17025:2017 under the ILAC MRA, so research partners abroad can accept the test reports without re-testing.
- Long-duration creep capacity: six frames at 50 kN to 1,100 °C, with test durations to 100,000 hours.
- The whole contract research cycle in one place: apparatus design, method development, execution in a NABL-accredited laboratory and reporting fit for publication.
Service Applications Across the Research Lifecycle
Industrial research engagements follow the research lifecycle rather than the plant lifecycle: problem definition, apparatus development, testing campaign, interpretation, and publication or intellectual property support. TCR builds the rig the question needs, custom autoclaves, simulated-environment cells, and instrumented fixtures, rather than bending the question to standard apparatus.
- Problem Definition
- Joint scoping with the client's research or reliability team: the materials question, the service environment to be simulated, the acceptance criteria, and the standard framework, ASTM, NACE, ISO, or a bespoke protocol, the campaign will run under.
- Apparatus Development
- Design and fabrication of custom test apparatus: autoclaves for high pressure high temperature exposure, sour-service cells, electrochemical rigs, and instrumented mechanical fixtures, commissioned and calibrated with full metrological traceability under the ISO/IEC 17025:2017 management system.
- Testing Campaign
- Execution of the exposure and testing matrix with the uncertainty budgets, replicate discipline, and interlaboratory comparison behaviour of an NABL NABLT0726MH18640 accredited laboratory, so that research data carries the same defensibility as certification data.
- Interpretation
- Metallurgical and analytical interpretation by senior metallurgists: microstructural characterisation, fractography, electrochemical analysis, and correlation against the 50-year institutional database of failure investigations and corrosion behaviour.
- Publication and Intellectual Property Support
- Reporting structured for peer review, patent filing, or regulatory submission, with co-authorship where appropriate, in the tradition of the group's ASM International publications and conference record.
Documents
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Frequently asked questions
Can TCR build custom test apparatus for research programmes?
Yes. TCR Advanced designs and fabricates custom autoclaves, sour-service cells, electrochemical rigs and instrumented fixtures, commissioned with full metrological traceability under ISO/IEC 17025:2017. The marquee reference is the corrosion-autoclave methodology built for the Institute for Plasma Research and cross-checked against ITER at Cadarache, France.
Is TCR recognised for doctoral research?
Yes. TCR Advanced has been recognised as a PhD research institute by MS University of Baroda since 2012, enabling doctoral research on metallurgy, corrosion and asset integrity from the Vadodara bench, with Dr. P.B. Joshi, co-author of ASM International titles, as the senior academic anchor.
What long-duration creep capacity does TCR operate?
Six creep frames run at 50 kN to 1,100 °C with test durations to 100,000 hours.
What fractography equipment supports research work?
Four scanning electron microscopes at TCR Advanced Vadodara: Pemtron SEMART SS-100, JEOL JCM-6000, Phenom XL G2 with a CeB6 source at 60,000x magnification, and JEOL JSM-IT-210L. Chemical analysis alongside it is calibrated with certified reference materials bought from ARMI and MBH.
How long has TCR run the NPCIL elevated-temperature tensile programme?
Since 6 December 2013. The three-temperature protocol at 300, 500 and 800 °C was qualified for NPCIL and returned in service in 2025-26 with Avinash Tambewagh as Technical Head, twelve years of methodology continuity on a single high-stakes contract research programme.