For more than 30 years, Haluk Kizilay has built an impressive career that spans everything from tyre design and development to strategic planning, marketing and business development, both in Turkey and overseas.

He received BSc in mechanical engineering as well as another degree in Business Management (BBA) in Turkey.

At Brisa, Bridgestone Turkey, Haluk supported executive and functional level of tyre design, material development, production, field evaluation and management. He also engaged in strategic plan development, competitive intelligence, OEM programmes and benchmarking.

In 2011, Haluk moved on to become an ‘R&D Engineering Manager’ in Cooper Tire & Rubber. He took wide-range responsibility for Truck & Bus product development as well as Field Engineering & Business Development.

In addition to design direction at Cooper, he also participated in Product Planning and Global Technology Development and Merger and Acquisition activities in China and Europe.

Haluk is one of the registered researchers of TUBITAK – The Scientific & Technological Research Council of Turkey – and he is also one of the authorised judges of EU Horizon work programme.

In 2019, he established his own consulting firm called ‘TICTire Industry Consulting’ to serve the tyre industry globally.

The global tyre market has been expanding annually at a rate of 2 to 10 percent, depending on the region. This growth is driven by global economic expansion, increased mobility demands and diversification, new business models and other factors. At the same time, the performance requirements for tyres have become more stringent than ever. As a result, the tyre industry is increasingly focused on advanced technologies, including innovative, light and green materials, enhanced modelling and testing methods, embedded systems, environmental sustainability and the development of smart tyres.

To meet these demands, the tyre industry must elevate its New Product Development (NPD) processes by intensifying research and development efforts. In the highly competitive market of the future, and in the new CASE mobility context (which stands for Connected Autonomous Shared and Electric vehicles), the new tyre technology and knowledge will be more critical than ever before.

One significant trend in NPD is the drive to reduce development time through the use of modern simulation and modelling techniques. At TIC-Tyre Industry Consulting, in partnership with Autoadmin Consulting, we emphasise the philosophy of ‘speed to market with the right modelling solutions and innovation’. Virtual modelling technologies are central to this approach, enabling companies to launch world-class products faster and more cost-effectively by eliminating the trial-and-error physical development approaches.

The role of virtual modelling technologies in smart tyre development

Virtual modelling technologies are indispensable for understanding how the various components of a tyre interact. By leveraging modelling and simulation, tyre manufacturers can predict the full range of potential outcomes, including complex and novel testing scenarios beyond what traditional mental models can anticipate.

As a critical vehicle safety component, the tyre significantly impacts overall vehicle performance and has now new ‘attributes’ like providing various data about the tyre status in real time. Therefore, designing high-quality, high-performance tyres require not only an understanding of their intrinsic properties – such as tread pattern, carcass structure, materials characteristics – but also the external running conditions like vehicle load and speed, wheel torque and road surface. Virtual tyre models, built with the FEA (finite element analysis) method, provide a comprehensive framework for evaluating and understanding the impact of these variables, particularly in the case of smart tyres applications.

Here are some examples of how tyre FEA simulation and tools can unlock the potential of virtual modelling technology:

• Component and system development: Creating models for tyre carcasses, plies, belts, reinforcements and tread patterns, including beyond tyre components (such as RFID or TMS sensors) for structural analysis.

• Predictions of footprint and stiffness characteristics: Simulating static or quasi-static footprint behaviour under normal, lateral and torsional forces.

• Predictions of force and moments: Simulating steady state rolling during braking, acceleration and cornering.

• NVH applications: Evaluating tyre cavity profile, tread block design, void areas, non-skid depth, groove angles and pitch sequencing.

• Emerging technologies applications: Addressing new tyre engineering challenges like traceable, silent, studded tyres with the integration of TMS or RFID sensors, innerliner foams or tread studs and EV-specific reinforcements requirements for high load capacity tyres.

The game changer: Adopting a 3D modelling approach first to tyre design

The tyre industry must fully transition to a 3D first mindset when designing products, just as other industries – such as automotive and aerospace – have done for parts and assemblies. Today, every component of a vehicle, whether for ICE vehicles or EVs, is first modelled in 3D space. From these models, 2D sketches, assembly and execution drawings are derived using cutting, cross-sectioning and projection techniques for manufacturing plans.

By adopting this approach, tyre designers can address the complexities of designing emerging technologies for smart tyre development, such as various sensors embedded in or glued to the tyre. Likewise for foam in tyre (FIT) and non-pneumatic tyres (NPT) technologies. This shift from traditional 2D design thinking to a comprehensive 3D space representation will enable the industry to better meet the challenges of smart tyre innovation.

Advancing FEA for proactive tyre development

To achieve higher levels of ROI in FEA simulations and tools, the industry must integrate the latest advancements in FEA technology. These efforts should be proactive, conducted well before manufacturing begins. The outdated 2D to 3D model creation approaches, involving the solver in the model creation stage, no longer suffices, besides having many limitations. Given the increasing complexity of tyre design and the massive data exploration required for simulations and testing various load cases, automations in post-processing should also be considered.

To succeed in this environment, manufacturers must rely on expert knowledge. Virtual modelling technologies provide the tools needed to address these challenges and seize new opportunities, empowering the tyre industry to lead in innovation and performance.

Support from TIC-Tyre Industry Consulting and Autoadmin Consulting

At TIC-Tyre Industry Consulting and Autoadmin Consulting, our Subject Matter Experts (SMEs) bring extensive hands-on experience in the topics discussed above. We are ready to support R&D activities with tailored technical solutions designed to address unique challenges. We pride ourselves on adhering to the highest professional and ethical standards, a hallmark of our work for many years.

In addition to our consulting services, we offer Simulation and Modelling Technical Courses. These programmes are designed to equip your workforce with the skills, mindset and competencies needed to thrive in today’s competitive environment. Our expert trainers guide participants through an engaging learning journey, incorporating workshops, real-world case studies and cutting-edge educational technologies.

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Kraton Corporation, a leading global producer of speciality polymers and high-value bio-based chemicals derived from pine wood pulping co-products, has named Sangwoo Ryu as its new Chief Executive Officer. Ryu possesses over 25 years of leadership in finance and operations within international markets. He is currently the CEO of Cariflex Pte Ltd, a former Kraton spin-off now under DL Chemical, where he initially served as Chief Financial Officer starting in February 2020. He assumed the Cariflex CEO role in April 2025 following the promotion of its former CEO, Prakash Kolluri, to President of Kraton's Polymer business.

Ryu’s deep expertise in financial strategy, investment controls and operational planning is expected to strengthen Kraton’s standing as a reliable leader in global Pine Chemical and Polymers markets. In his new position, he will collaborate with Kraton’s Executive Leadership, Board of Directors and Cariflex Leadership to guide strategic decisions and operational excellence, reinforcing the company’s commitment to sustained growth and organisational stability.

Ryu said, “I want to express my gratitude towards the members of the Board of Directors and the Kraton Leadership Team for their unwavering dedication to Kraton’s success. I’m looking forward to leading Kraton into the next era of excellence, building upon the strong foundations and principles set forth in our vision and values.”

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As part of its strategic growth into Central Europe, FORNNAX TECHNOLOGY, a global leader in recycling equipment manufacturing, has established a new sales partnership in Germany. The company has appointed industry veteran Dieter Jerschl as its representative for the region to drive the promotion and implementation of its recycling systems. Jerschl’s extensive expertise, built over two decades with prominent firms like BHS, Eldan and Vecoplan, encompasses a deep understanding of diverse waste streams such as tyre, cable, municipal solid waste and e-waste.

This collaboration, initially targeting Germany, Austria and adjacent countries, is designed to be flexible and scalable. Its primary aim is to cultivate a strong project pipeline and solidify FORNNAX’s regional footprint. The partnership extends beyond sales to include comprehensive technical support, with Jerschl’s team providing vital value-added services like installation, maintenance and spare parts assistance. This local service framework is intended to ensure efficient project execution, minimise operational downtime and elevate customer satisfaction.

By leveraging Jerschl’s profound market insight and established networks, FORNNAX seeks to accelerate the adoption of its high-performance shredding and pre-processing technologies. The move underscores the company’s global strategy of embedding local expertise within key markets, which it deems crucial for developing technically sound solutions tailored to specific regional waste challenges. This initiative reinforces FORNNAX’s dedication to innovation and environmental stewardship, advancing its mission to deliver sustainable recycling solutions worldwide.

Jerschl said, “I’ve known FORNNAX for over a decade and have followed their growth closely. What attracted me to this collaboration is their state-of-the-art technology; it is powerful, sustainable, and economically viable. There is great potential to introduce FORNNAX’s innovative systems to more markets across Europe, and I am excited to be part of that journey. We are committed to increasing market awareness and establishing new reference projects across the region. My goal is not only to generate business but to lay the foundation for long-term growth. Ideally, we aim to establish a dedicated FORNNAX legal entity or operational site in Germany over the next five to 10 years.”

Jignesh Kundaria, Director and CEO, FORNNAX, said, “We see tremendous potential in the Central European market. Partnering with someone as experienced and well established as Jerschl gives us a strong foothold and allows us to better serve our customers. This marks a major milestone in our efforts to promote reliable, efficient and future-ready recycling solutions globally.”

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Dr Gerard Nijman of KraussMaffei Extrusion has been selected as the 2026 recipient of the prestigious Fernley H. Banbury Award, one of the rubber industry’s highest international honours, presented by the Rubber Division of the American Chemical Society (ACS). This award annually recognises outstanding scientific and technological contributions to the field.

The award commemorates the inventor of the internal mixer and highlights sustainable innovations in production technology, instrumentation, process control and the development of processing methods for rubber and similar materials. Dr Nijman’s career exemplifies such innovation, having significantly advanced rubber rheology, pioneered new mixing and multiplex extrusion technologies and modernised the production of silica compounds for the tyre industry.

His work has effectively bridged the gap between scientific research and industrial application. Notably, in the 1990s at Vredestein, he introduced novel mixing technologies and multiplex extrusion to tyre manufacturing. He also contributed to pioneering processes for silica compound processing, foundational to technologies like Michelin’s ‘Green Tyre’. Furthermore, his rheology-based designs for extruder screws and flow channels have helped shape enduring industrial standards.

Dr Nijman, who joined KraussMaffei Extrusion in 2017, brings decades of expertise from previous roles at Apollo Tyres Ltd and Vredestein Banden BV. His ongoing collaborations with the German Institute for Rubber Technology (DIK) and the University of Twente have also profoundly influenced his approach. KraussMaffei Extrusion itself is globally recognised for its tyre technology, building on longstanding Berstorff expertise to deliver advanced extrusion solutions for treads, sidewalls, innerliners and other components, as well as high-performance multiplex and calender systems.

The award acknowledges not only his specific technical achievements but also his distinguished career and lasting impact on rubber processing. The official presentation will be held in September 2026 during the Global Polymer Summit in Louisville, Kentucky, US.

Dr Nijman said, “It is a great honour for me to receive the Fernley H. Banbury Award. This recognition confirms the importance of the close connection between research and industrial practice in rubber processing and motivates me to continue to drive forward innovative solutions for our industry.”

Ralf Benack, Managing Director, KraussMaffei Extrusion, said, "We warmly congratulate Dr Nijman on this outstanding award. With his in-depth knowledge, many years of experience and tireless dedication, he has had a decisive influence on the rubber and tyre industry and has further developed our technologies in a targeted manner. This recognition is more than deserved. We are very proud to have Dr Nijman in our team!"

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Michelin has appointed James Dimmock as its new Commercial Communications Manager for the United Kingdom and the Republic of Ireland. Based at the company's Stoke-on-Trent headquarters, he will report to the Northern European Communications team. In this capacity, Dimmock will oversee all commercial communications, including public relations, social media and influencer partnerships.

His mandate involves crafting the brand's commercial narrative, fostering stronger connections with media and content creators and producing innovative digital content to support the brand's growth. He brings more than two decades of extensive experience with Michelin to the role, having held various senior marketing and communications positions both internationally and domestically. His most recent role was as Social Media and Influencer Manager. He will now lead these efforts locally while integrating with the broader communications team.

John Howe, Managing Director, Michelin UK, said, “James has already made a significant contribution to Michelin communications activity in the UK & ROI. His deep understanding of our business and products, combined with his strategic and creative approach, makes him ideally placed to lead our commercial communications as we continue to evolve our brand.”

Dimmock said, “I am excited to be taking on this new role at Michelin. It is a privilege to continue building on the work we have already achieved and to help drive the next phase of our commercial communications strategy across the UK & ROI.”

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