Exploring Innovations at GTTC24: Insights from Sham Rane

Earlier this month, our Research Fellow, Sham Rane, had the opportunity to attend the Gamma Technologies Conference 2024 (GTTC24) in Frankfurt. As a first-time attendee, Sham gained valuable insights into the latest developments in computer modeling, simulation, and their wide-ranging applications across industries. Below, we share Sham’s reflections and key takeaways from this exciting event.

GTTC24 brought together professionals from diverse industries to explore the capabilities of Gamma Technologies’ software solutions. While the automotive sector and electric vehicles dominated the event, Sham found the sessions on HVAC systems, positive displacement pumps, compressors, and their systems particularly informative. This breadth of application highlights the versatility of tools like GT-SUITE, which continue to drive innovation across a range of engineering challenges.

One of the most notable themes at GTTC24 was the growing interest in machine learning, artificial intelligence, and digital twin technology. Many industries are actively exploring how these technologies can enhance workflows, optimize processes, and improve design efficiency. This trend has prompted software companies like Gamma Technologies and PDM Analysis Ltd to intensify their research and development efforts in these areas. For our team, these trends reinforce the importance of integrating cutting-edge tools into our research and projects.

A standout highlight of the event was the introduction of GT-SCORG, a new product set to be included in GT-SUITE’s 2025 release. This tool offers direct integration of the SCORG Geometry module with GT-SUITE’s system modeling capabilities, enabling seamless workflow enhancements. As leaders in compressor technology research, we’re excited about the potential applications of this tool in advancing our designs and simulations.

Sham engaged in productive conversations with key figures at Gamma Technologies, as well as partners like Convergent Science, Thermo Analytics, and Simerics Inc., with whom we already collaborate. Strengthening these relationships provides valuable opportunities for knowledge exchange and innovation, aligning with our Centre’s goal of fostering impactful collaborations with industry leaders.

The event also provided inspiration for our ongoing research. Sham shared that recent discussions at GTTC24 align with our proposed research on utilizing 3D CFD and system modeling tools in design. This validation from industry experts reinforces the relevance and potential impact of our work in pushing the boundaries of compressor and system optimization.

For Sham, the biggest takeaway from GTTC24 was the increasing significance of computer modeling and simulation in product design and lifecycle management. Industries are striving to integrate digital twins, real-time data, and machine learning algorithms into their processes, enhancing user experience and operational efficiency. This trend underscores the critical role of advanced simulation tools in shaping the future of engineering.

Sham’s experience at GTTC24 highlights the dynamic and rapidly evolving landscape of computer modeling and simulation. As we continue to leverage these tools in our research and collaborations, we remain committed to advancing compressor technology through innovative solutions and industry partnerships.

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