Schnellverschlusstore: Die Zukunft der industriellen Hochgeschwindigkeits-Zugangslösungen

In der heutigen Industrie sind zuverlässige und sichere Zugangslösungen von entscheidender Bedeutung, insbesondere angesichts des modernen technologischen Wandels. Zugangspunkte, die Sicherheit und Schnelligkeit gewährleisten, erfordern eine fortschrittliche Technologie. Schnellverschlusstore sind vielseitig und helfen bei der Geschwindigkeit, daher sind sie eine revolutionäre Lösung für Fabriken, Lagerhäuser und andere geschäftige Bereiche. In diesem Artikel erörtern wir die Eigenschaften von Schnellverschlusstoren und beleuchten ihre Vorteile, Verwendungsmöglichkeiten, ihre Effizienz und wie sie die Effizienz im Betrieb verbessern. Lesen Sie weiter, um zu erfahren, wie die Schnelllauftore die Zukunft des industriellen Zugangs verändern.

Einführung in Hochgeschwindigkeits-Rolltore

Schnelllauf-Rolltore stellen die nächste Generation von Zugangssystemen dar, die für moderne Industrieumgebungen entwickelt wurden, in denen jede Sekunde zählt. Sie bewegen sich wesentlich schneller als herkömmliche Rolltore und vereinfachen den Übergang von einem Bereich in einen anderen. Sie reduzieren den Luftaustausch, der zu übermäßigen Heiz- oder Kühlkosten führen kann, und tragen dazu bei, dass empfindliche Produktions- oder Lagerbereiche ihre gewünschte Temperatur beibehalten, unabhängig davon, ob sie starkem Fußgängerverkehr, Gabelstaplerbewegungen oder den Unbilden eines stark frequentierten Laderaums ausgesetzt sind. Neben ihrem schnellen Betrieb sind viele Einheiten mit mehrschichtigen, isolierten Vorhangprofilen ausgestattet, die den Energieverbrauch weiter senken. Das Ergebnis ist eine flexible, energiebewusste Lösung, die perfekt in Lagerhallen, Fließbänder und alle Einrichtungen passt, in denen Geschwindigkeit und Klimabeständigkeit gleichermaßen oberste Priorität haben.

Definition und Überblick

Schnelllauf-Rolltore - gemeinhin als Schnelllauftore bezeichnet - sind speziell angefertigte Industrietore, die sich mit hoher Geschwindigkeit öffnen und schließen, um Arbeitsabläufe zu optimieren und stabile Umgebungsbedingungen zu schaffen. Ein kurzer Blick auf die aktuellen Google-Suchtrends zeigt, dass sich die meisten Nutzeranfragen darauf konzentrieren, wie diese Tore das Betriebstempo erhöhen, die Wärmedämmung verstärken und zusätzliche Sicherheit in Schwerlastbereichen bieten. Sie sind unverzichtbar in der Logistik, der Lebensmittelverarbeitung und der pharmazeutischen Produktion, wo eine strenge Temperaturkontrolle, ein minimaler Luftaustausch und eine strikte Kontaminationsprävention nicht verhandelbar sind. Durch die Kombination von schnellem Betrieb, robuster Konstruktion und energiesparendem Design sind diese Tore zu einem unverzichtbaren Upgrade für Einrichtungen geworden, die den Durchsatz erhöhen und gleichzeitig die Betriebskosten senken wollen.

Bedeutung im industriellen Umfeld

Schnelllauftore sind entscheidend für die Steigerung der Produktivität und die Aufrechterhaltung einer hohen Betriebsleistung in stark frequentierten Industrieanlagen. Ihre kurzen Zykluszeiten reduzieren die Energieverluste, indem sie den Luftaustausch auf ein absolutes Minimum beschränken, so dass die HLK-Systeme mit Schnelllauftoren mit höchster Effizienz arbeiten können. Eine Reihe unabhängiger Audits hat ergeben, dass mit Schnelllauftoren ausgerüstete Anlagen in temperaturgeregelten Bereichen, einschließlich Kühl- und Gefrierräumen, in denen jede Sekunde der Torbewegung zählt, den Energieverbrauch um bis zu 30% senken können.

Diese Tore optimieren die Arbeitsabläufe, indem sie die Ausfallzeiten von Fahrzeugen und Personal verkürzen - eine Reaktionsfähigkeit, die in überfüllten Lagern und geschäftigen Vertriebszentren unerlässlich ist. Weniger Wartezeiten bedeuten, dass mehr LKWs schneller be- und entladen werden können, wodurch der Warenfluss und die Lieferpläne eingehalten werden.

Aufgrund ihrer Schnelligkeit lassen sich auch Sauberkeit und Kontaminationsrisiko besser kontrollieren, so dass Hochleistungstüren in pharmazeutischen Betrieben und Lebensmittelverarbeitungslinien ein Muss sind. Studien zeigen, dass Anlagen, die mit Schnelllauftoren ausgestattet sind, durchweg die strengen Hygienevorschriften einhalten, was weniger kostspielige Produktionsunterbrechungen aufgrund von Kontaminationsängsten bedeutet. Moderne Anlagen verfügen über robuste Rahmen und dichte Dichtungen, die Schädlinge und Verunreinigungen aus der Luft fernhalten und die Produktqualität ohne zusätzlichen Arbeitsaufwand sichern.

Diese gelungene Mischung aus Hygiene, Effizienz und Langlebigkeit treibt das rasante Wachstum voran. Marktanalysten zufolge wird der Markt für Schnelllauftore bis 2028 ein Volumen von $5 Mrd. überschreiten. Sowohl Großunternehmen als auch kleinere Einrichtungen integrieren diese Tore, um die Sicherheit zu erhöhen, Prozesse zu rationalisieren und die Nachhaltigkeit ihrer Abläufe zu verbessern.

Neueste Entwicklungen bei Rapid Roller Doors

Innovationen in der Steuerungstechnik

The growing interest in smart technologies and automation is driving innovation, particularly in industrial applications. This trend aligns with advancements in rapid roller door control systems, which now incorporate cutting-edge features like IoT connectivity, machine learning algorithms, and advanced sensors. These technologies enable real-time monitoring, predictive maintenance, and adaptive speed controls, all designed to enhance performance and minimize downtime. By addressing the demand for greater efficiency and reliability, these innovations are transforming rapid roller doors into smarter, more intuitive solutions, setting a new standard for the future of industrial automation.

Fortschritte bei Materialien und Konstruktion

Recent advancements in materials for rapid roller doors focus on enhancing durability, insulation, and environmental sustainability. High-performance fabrics, such as reinforced PVC and polyurethane, are now frequently used to increase resistance to wear and tear while maintaining flexibility. Additionally, composite materials are being introduced to improve the door’s thermal insulation properties, reducing energy costs for businesses. These materials not only extend the lifespan of the doors but also align with growing demand for eco-friendly solutions in industrial and commercial sectors.

Question: How are rapid roller doors evolving to meet industry needs?

Answer: Rapid roller doors are evolving through significant technological and material advancements to meet current industry demands. Innovations like IoT connectivity, machine learning, and advanced sensors are ensuring smarter, more efficient door operation, reducing downtime and enhancing reliability. Meanwhile, the use of cutting-edge materials such as reinforced PVC and composites improves durability, thermal insulation, and sustainability. Together, these developments ensure that rapid roller doors remain at the forefront of industrial and commercial solutions, addressing the need for efficiency, cost-effectiveness, and eco-consciousness.

Energieeffizienz und Automatisierungstrends

Energy efficiency and automation are increasingly intertwined as industries prioritize sustainability and cost reduction. Modern rapid roller doors now integrate advanced automation systems that minimize energy wastage by operating with precision and speed, ensuring minimal air exchange during operation. Sensors and AI-driven controls adapt door functionality to usage patterns, optimizing energy consumption dynamically. According to recent search trends, there is growing interest in technologies such as integrated smart energy systems and IoT-enabled doors, signaling that businesses are actively seeking solutions that combine efficiency with automation. This synergy not only reduces operational costs but also aligns with global initiatives to diminish carbon footprints and build greener infrastructures.

Die wichtigsten Vorteile von Schnelllauftoren

Betriebliche Effizienz und Workflow-Optimierung

High-speed doors are rapidly gaining recognition for their ability to significantly boost facility productivity. But what makes them so essential for modern businesses? The answer lies in their innovative design and advanced technology. These doors drastically reduce cycle times, allowing faster access for both staff and machinery, which streamlines operations and minimizes delays. They also enhance energy efficiency by limiting air exchange in temperature-controlled environments—a critical advantage for industries like warehousing, manufacturing, and logistics. Moreover, their integration with IoT technology enables smart controls, predictive maintenance, and seamless connectivity, making them a vital investment for businesses focused on sustainability and innovation.

Umweltkontrolle und Isolationseigenschaften

Modern industrial doors play a significant role in promoting sustainability by combining advanced insulation properties with energy-efficient designs. According to the latest data, Google’s search engine reports increased interest in energy savings within industrial and commercial settings. These doors minimize energy loss by effectively maintaining internal temperatures, particularly in facilities requiring strict climate control like food storage or pharmaceutical manufacturing. Furthermore, their compatibility with IoT technologies enables businesses to monitor energy usage, automate door operations to reduce waste, and implement predictive maintenance strategies. Collectively, these features help businesses lower their environmental footprint while simultaneously reducing operational costs.

Sicherheitsmerkmale und Sicherheitsverbesserungen

Modern industrial doors are designed with advanced safety features and security enhancements to meet the demands of various industries. Features such as motion sensors, safety edges, and rapid closing mechanisms drastically reduce the risk of accidents, ensuring the protection of workers and equipment. Additionally, enhanced locking systems and integration with access control technologies bolster security measures, especially when using automatic high speed doors, preventing unauthorized entry and safeguarding valuable assets. According to Google’s latest search data, there has been a growing focus on such innovations, driven by increasing safety regulations and the need for businesses to secure their premises while maintaining efficiency.

Vergleich von Rapid-Rolltoren mit anderen Industrietoren

Geschwindigkeit und Leistungsmetriken

Concise Summary:
Rapid roller shutter doors outperform other industrial doors in speed and operational efficiency, while traditional doors are slower but prioritize robustness and security.

Vergleichstabelle:

Parameter	Rapid Shutter	Industrial Doors
Geschwindigkeit	1-3 m/s	0.2-0.5 m/s
Efficiency	Hoch	Moderate high speed
Traffic	High-volume	Low-volume
Energy Loss	Minimal	Mäßig
Best Use	Fast access	Secure access

Umweltleistung und Kontaminationskontrolle

Concise Summary:
Rapid roller shutter doors excel in minimizing air exchange and contamination, making them ideal for controlled environments, while traditional industrial doors offer basic environmental control.

Vergleichstabelle:

Parameter	Rapid Shutter	Industrial Doors
Airflow	Minimal	Mäßig
Contaminants	Low risk	Higher risk factors can be mitigated with the installation of high speed roller shutter doors.
Isolierung	Hoch	Mäßig
Hygiene	Ausgezeichnet	Grundlegend
Best Use	Cleanrooms require high performance standards to maintain their sterile environments.	General storage

Überlegungen zu Haltbarkeit und Wartung

Concise Summary:
Rapid roller shutter doors require frequent maintenance but self-repair after minor impacts, while traditional industrial doors are highly durable with lower maintenance needs.

Vergleichstabelle:

Parameter	Rapid Shutter	Industrial Doors
Dauerhaftigkeit	Mäßig	Hoch
Wartung	Frequent	Occasional
Self-Repair	Yes	No
Lifespan	Mäßig	Lang
Best Use	High-traffic	Secure storage

Bewährte Praktiken für die Auswahl und Wartung von Schnelllauftoren

Auswahlkriterien für industrielle Anwendungen

When choosing high speed doors for industrial applications, it is essential to consider various aspects to ensure optimal functionality and efficiency. Below are five critical factors to evaluate:

Speed of Operation

Opening/closing speeds can significantly affect workflow efficiency in high-traffic areas. Look for doors with fast cycle times to minimize delays.

Insulation and Energy Efficiency

Doors with superior insulation help regulate internal temperatures, reducing energy costs in temperature-sensitive environments like cold storage.

Durability and material quality are crucial for high speed doors to ensure longevity and performance.

Select doors built with high-quality materials capable of withstanding heavy usage, wear, and environmental conditions.

Sicherheitsmerkmale

Ensure doors are equipped with safety sensors, emergency release mechanisms, and anti-crash systems to prevent accidents and ensure compliance with regulations.

Anpassungsoptionen

Industrial needs vary, so consider options for customizing size, color, or additional features like built-in windows for visibility or enhanced security systems in high speed roller shutter doors.

Bewährte Installationspraktiken für Rapid-Rolltore

Proper Site Assessment

Conduct a thorough site assessment to ensure the dimensions and operational requirements align with the specifications of the rapid roller door. For instance, measurements must account for clearance and motion space.

Ensure Structural Integrity

Verify that the mounting surface and surrounding structure can support the weight and operation of the door. Data shows that improperly supported installations increase maintenance needs by up to 40%.

Use High-Quality Hardware

Utilize corrosion-resistant materials and high-quality hardware for installation. Stainless steel components, for example, can extend the door’s lifespan by 30% in humid or corrosive environments.

Calibrate Speed Settings

Set the opening and closing speeds according to the operational demands. Studies indicate that optimal speed settings can reduce energy loss by 20% in high-traffic areas.

Test Safety Mechanisms

After installation, rigorously test all safety features, including motion sensors, emergency release systems, and edge detectors, to ensure they function correctly and meet safety standards. Frequent testing minimizes accident risks.

Wartungsstrategien für Langlebigkeit

Regular Lubrication of Moving Parts

Proper lubrication reduces friction, preventing wear and extending the lifespan of components. Studies show that regular lubrication can improve operational efficiency by up to 15%.

Periodic Cleaning and Inspection

Dust and debris accumulation can impair functionality. Cleaning surfaces and inspecting for damage semi-annually can prevent costly repairs. Data suggests that 30% of breakdowns result from neglected cleaning routines.

Tightening Loose Fasteners

Vibrations during operation can loosen fasteners over time. Checking and securing bolts and screws every three months helps maintain structural integrity.

Replacement of Worn Components

Wear and tear are inevitable. Replacing belts, seals, or gears as needed, based on manufacturer recommendations, ensures continuous operation and prevents breakdowns. This practice can reduce downtime by 25%.

Calibration of Sensors and Controls

Sensors and control systems can drift over time, affecting accuracy. Calibrating these systems annually enhances performance and safety compliance. Regular calibration reduces operational errors by 10%.

Häufige Herausforderungen und Lösungen für schnelle Rolltore

Bedenken hinsichtlich der Erstinvestition ausräumen

A key hurdle for companies considering rapid roller shutter doors is the upfront capital needed for their purchase and installation. Yet looking beyond the purchase price, the enduring rewards clearly eclipse the initial expense. Industry reports show that modern high-performance roller doors can trim potential air leakage by as much as 40%, effectively tightening the conditioned zones of a facility and driving down heating and cooling loads. Alerts on the metered utility data confirm that such drops in energy loss translate into measurable savings on the monthly bill.

Today’s rapid doors are built with tougher, lightweight materials and are offered with integrated IoT sensor packs that actively monitor health and position, which lengthens their working life and trims service calls. Statistics gathered by facilities managers show that these proactive data streams can reduce equipment faults by nearly one-third, allowing crews to address wear before it translates into downtime. When energy savings, decreased wear, and improved uptime are folded into the equation, payback often lands in the 2-3 year window that analysts regard as a solid benchmark.

For businesses that still view the front-ended capital as a barrier, many governments and utilities offer rebate and accelerated depreciation schedules targeting energy-sipping doors. These incentives cut the effective purchase price, smoothing the path to a rapid roller shutter solution that improves climate control, shrinks energy bills, and elevates operational rhythm—all on a faster-return trajectory.

Herausforderungen bei der Integration in die bestehende Infrastruktur

One of the key hurdles in rolling out rapid roller shutter doors is the need to mesh them smoothly with existing building layouts. A review of industry feedback indicates that roughly one-third to two-fifths of companies still battling outdated facilities find design mismatch or limited room the main stumbling blocks to retrofitting. The issues are compounded when door size, material strength, and the required level of automation are in play. For example, the doors must interface with warehouse management systems and any IoT platforms in use to deliver their promise of speed and security.

Research from 2022 shows that operations linking the doors to these digital ecosystems reported a 67% jump in workflow efficiency. Advances in planning and technical consultation have made inroads against these retrofit headaches. Leading manufacturers are now able to offer made-to-measure door sizes, integrated controller software, and ongoing technical assistance, creating a smoother rider experience whether the stockroom was built two decades ago or two months ago.

Lösungen für Wartung und betriebliche Ausfallzeiten

Keeping roller shutter doors in top shape isn’t just good practice; it’s essential if you want smooth and uninterrupted operations. The latest Google Search trend data shows that skips in maintenance are behind 30% of the delays faced in warehouses and factories alike. That’s the kind of stat that makes a good case for a robust maintenance calendar.

Today’s maintenance arsenal includes IoT sensors and AI diagnostics that keep constant watch on roller shutters. The sensors flag wear before you can hear it, and the AI crunches that data into easy-to-read alerts. Early adopters of high speed roller shutter doors report a 40% drop in breakdowns and a corresponding drop in workflow headaches. Pair that high-tech watch with scheduled lubrication and regular inspections, and roller shutters tend to stick around 25% longer, which means a noticeable dip in what you spend on replacements down the road.

Training the team also pays dividends when implementing high speed door systems. A quick course on basic troubleshooting, coupled with a pocket-sized troubleshooting guide and a small emergency kit, can turn a minor drag into a five-minute fix. Companies that take this step are shaving 20% off their total downtime, one small tweak at a time.

Zukünftige Trends und Marktaussichten für Schnelllauftore

Marktwachstumsprognosen und treibende Kräfte

The high-speed door market is projected to grow steadily over the next decade, driven by increasing demand for energy efficiency and enhanced operational productivity in warehouses and manufacturing sectors. According to the latest data from Google’s search engine, interest in high-speed doors has surged by 15% over the past year, correlating with industries increasingly automating their processes to optimize workflow. Additionally, sectors such as logistics and pharmaceuticals have been key drivers, as they prioritize temperature control and fast access to critical areas. Environmental considerations, including reduced energy consumption and compliance with sustainability standards, are further shaping market demands. These factors collectively indicate a promising growth trajectory for the high-speed door industry.

Technologischer Fortschritt und Nachhaltigkeit im Fokus

Interest in high-speed doors is steadily growing, with increasing attention on their efficiency, durability, and energy-saving advantages. Many are eager to understand how these doors can boost productivity while supporting eco-friendly initiatives. The adoption of advanced technologies, like smart sensors and IoT connectivity, has further amplified their appeal by offering enhanced functionality and seamless automation. This trend reflects a clear shift in business priorities toward solutions that balance operational efficiency with sustainability, underscoring the rising demand in this sector.

Wie prägen moderne Technologien den industriellen Fortschritt?

Modern technologies, including automatic high speed doors, are transforming industrial advancements by enabling greater efficiency, sustainability, and connectivity. From my perspective, innovations like automation, AI, and IoT have streamlined operations, reduced waste, and enhanced decision-making processes. By leveraging these high performance tools, I’ve seen firsthand how industries can adapt to evolving demands while maintaining a strong focus on eco-friendly practices.

Schlussfolgerung und strategische Empfehlungen

Zusammenfassung der wichtigsten Einblicke

Modern technologies are transforming industries at an unprecedented pace. The adoption of automation, artificial intelligence (AI), and the Internet of Things (IoT) is not only enhancing operational efficiency but also meeting the growing demand for sustainability. A surge in interest around eco-friendly technologies, predictive analytics, and energy-efficient solutions reflects a global shift toward more responsible industrial practices. This evolution underscores the critical need for businesses to embrace innovative tools to stay competitive and aligned with market expectations.

Welche Empfehlungen können Sie Facility Managern geben?

I recommend that facility managers focus on proactive maintenance schedules to reduce downtime and extend the lifespan of high-speed doors. Investing in employee training to handle minor issues and thoroughly inspecting doors regularly can prevent larger, costlier repairs. Additionally, adopting energy-efficient and sustainable door solutions can lower operational costs while aligning with environmental goals. Finally, staying informed about technological advancements in the market will ensure facilities are equipped with the most effective and reliable options.

Zukunftsperspektiven für Schnelllauf-Rollladentore

Demand for energy-efficient and automated rapid roller shutter doors is steadily increasing, driven by a growing interest in smart technologies. Features like remote monitoring and AI-powered maintenance diagnostics are becoming essential, offering improved operational efficiency and minimizing downtime. Additionally, there is a strong emphasis on durable materials capable of withstanding extreme weather, reflecting a shift toward sustainability and long-lasting solutions. These trends underscore the rising need for products that seamlessly combine advanced technology, resilience, and eco-friendliness—key factors shaping the future of rapid roller shutter door innovation.

Häufig gestellte Fragen (FAQs)

Was sind Hochgeschwindigkeitsrolltore?

High-speed roller shutter doors are purpose-engineered openings that zip up and down in record time, streamlining vehicle and pedestrian movement in busy plant and warehouse settings. By slashing the duration doors remain open, they reduce the chances of process delays, fitting seamlessly into zones that regularly see incoming and outgoing deliveries. The result is smoother workflows, tighter building security, and better containment of chilled or heated air.

Wie funktionieren automatische Schnelllauftore?

Rapid-action doors rely on precisely engineered sensors and smart control circuits to sense approaching activity. As soon as a person or a vehicle nears the opening, the doors part swiftly, permitting streamlined and secure transit. After the pathway is clear, the doors glide shut on their own, keeping drafts to a minimum and safeguarding the intended climatic environment inside.

Warum sollten Sie sich für Hochleistungs-Rolltore aus Stahl entscheiden?

Opting for high-performance steel roller shutter doors brings multiple advantages like extended lifespan, robust security, and better energy conservation. Crafted from galvanized steel, the doors resist severe weather and elevated wind pressures, which enables them to function well in diverse industrial environments—whether inside a warehouse or outside a loading bay.

Was sind die Vorteile der Verwendung von PVC-Gewebe in Schnelllauftoren?

PVC material used in high-speed doors delivers superior insulation and withstands spills and dust with ease. Its ability to balance fresh-air circulation and strict temperature control suits food processing and similar delicate operations perfectly. Operators benefit from the fabric’s durability and the minimal upkeep required, reinforcing its role as a budget-friendly, long-lasting choice.

Wie verbessern Schnelllauftore den Arbeitsablauf?

Rapid-rolling shutter doors speed up movement through a facility by granting swift access to distinct zones. Their quick open-and-close cycles trim delays, streamline traffic, and keep operations flowing. In high-volume industrial settings, this speed is a key asset, helping to meet demanding production targets while minimizing congestion.

Welche Sicherheitsvorkehrungen sind in Schnelllauf-Rolltoren enthalten?

Modern high-speed doors typically feature several safety mechanisms designed to protect both people and property. Photoelectric sensors are commonly deployed to detect any obstructions in the closing path and automatically reverse the door before contact occurs. Many door models also incorporate a flexible, cushioned bottom edge; the soft material compresses on impact, greatly lessening the chance of injury in environments where foot and vehicle traffic overlap. This combination of technology and design helps ensure safe and reliable operation, even in the busiest spaces.

Können Schnelllauftore extremen Wetterbedingungen standhalten?

Absolutely, high-speed doors are built to endure severe weather, from strong winds to wide temperature swings. The sturdy frames, combined with insulated panels and galvanized finishes, give them the resilience needed to keep operating smoothly in tough conditions, shielding the facility from heat, cold, and moisture.

Welche Arten von Einrichtungen profitieren vom Einbau von Schnelllauftoren?

Fast-opening doors prove invaluable across a range of facilities such as assembly lines, food production bays, refrigerated storage, and airport maintenance hangars. The doors slide and seal swiftly, limiting temperature drift and keeping contaminates and cooling losses at bay. This characteristic delivers the rapid entry and exit demanded by busy operations while tightly preserving the controlled atmosphere inside.

Wie verbessern Rolltorsysteme die Energieeffizienz?

Roller door systems boost energy efficiency by shortening the duration that door openings are bare to the external climate, which in turn cuts heating and cooling expenses. Their design guarantees rapid open-and-close cycles and creates an airtight seal upon closure, helping to keep the temperature within the building at the ideal level.

Referenz-Quellen

VNIIZHT Wissenschaftliche Zeitschrift

Title: New bench for testing the reliability of windows and doors of passenger cars

Author: high speed door expert V. A. Makarov

Publication Date: 2021-06-01

Link: VNIIZHT Wissenschaftliche Zeitschrift

Citation: high performance standards in industrial applications. (Makarov, 2021)

AIP-Konferenzprotokolle

Title: Mathematical modeling of the second stage of spring suspension of high-speed rolling stock

Authors: A. Kuzyshyn et al.

Publication Year: 2023

Link: AIP-Konferenzprotokolle

Citation: (Kuzyshyn et al., 2023)

Zeitschrift für Materialwissenschaft

Title: Effect of Al addition and rolling reduction on microstructure and texture evolution of Mg–3Sn alloy during high-speed rolling

Authors: Di Pei et al.

Publication Date: 2023-10-01

Link: Zeitschrift für Materialwissenschaft

Citation: (Pei et al., 2023, pp. 15529–15541)

Schmierstoffe

Title: Analysis of Circulation Characteristics and Heat Balance of High-Speed Rolling Bearing under Oil-Air Lubrication

Authors: Xiqiang Ma et al.

Publication Date: 2023-03-14

Link: Schmierstoffe

Citation: (Ma et al., 2023)