This is the first look at Hyundai’s new Intrado concept car – due to bow in at the 2014 Geneva Motor Show. It’s the first car to be designed under the company’s latest styling rulebook, dubbed Fluidic Sculpture 2.0.
Hyundai’s new design chief, Peter Schreyer, told MSN Cars the Intrado defied pigeonholing. “It is neither an SUV, nor a coupe, nor a crossover,” he said. “I’m not quite sure how to categorise it!” Audi Steppenwolf – a bit like the Hyundai Intrado?
Audi Steppenwolf: inspiration? That said, MSN Cars reckons the Intrado has a hint of squashed SUV to it – not unlike an Audi Steppenwolf concept car (below right).
Schreyer said the Hyundai Intrado was designed to showcase the company’s latest design direction, a new compact hydrogen fuel-cell powertrain and the latest lightweight materials technology.
The hydrogen fuel-cell gubbins is designed to be much smaller and lighter than the powertrain in the ix35 Fuel Cell model, which has entered low-volume production on a test basis.
Hyundai promises the shrunken package brings “the potential to change the way cars are constructed in the future.” However, it is refusing to elaborate or release more details of how the Intrado is built until nearer its Geneva debut in March 2014.
The Intrado takes its name from the underside of an aircraft’s wing, according to Hyundai. “It is not only our new design expression, but also a research project for our hydrogen drivetrain,” added Schreyer. “It is not a big car and although it’s hard to put in a box, I would say it is closer to the spirit of an SUV.
“It is more lifestyle than utilitarian – more for younger people.”
Breaking US news, local New York news coverage, sports, entertainment news, celebrity gossip, autos, videos and photos at nybreakingnews.us https://nybreakingnews.us/
Hi it’s me, I am also visiting this website on a regular basis, this web page is genuinely good and the visitors are genuinely sharing pleasant thoughts.
vibration analysis
The Cruciality of Resonance Control Systems in Industrial Equipment
Within production settings, machines and rotational systems serve as the support of output. However, one of the commonly widespread problems that could hinder the operation along with lifespan is vibrations. Vibrations can result in a variety of problems, from lowered exactness and performance leading to heightened deterioration, finally causing high-cost delays as well as repairs. This is when vibration management systems proves to be critical.
The Reason Vibration Management proves Critical
Vibration in equipment might cause several harmful outcomes:
Decreased Operational Productivity: Excess vibration could result in imbalances and unbalance, lowering overall productivity of the equipment. Such a scenario can lead to reduced output times and greater energy consumption.
Heightened Wear and Tear: Persistent vibration increases overall deterioration to machine components, causing additional upkeep along with the risk for unexpected breakdowns. Such a situation not only elevates operational costs and decreases the durability of the existing equipment.
Safety Dangers: Excessive vibration might present substantial security risks to both the machines as well as the operators. In, severe cases, these might bring about catastrophic equipment failure, endangering employees and resulting in considerable damage to the premises.
Accuracy and Manufacturing Quality Problems: For fields that depend on high accuracy, such as manufacturing as well as aerospace, vibrations might cause errors in the manufacturing process, resulting in faulty goods and more waste.
Cost-effective Alternatives to Vibration Management
Investing in oscillation control apparatus is not just a necessity but a smart decision for any company dependent on mechanical systems. Our modern vibration management systems are designed to reduce vibrations within all equipment and rotational systems, guaranteeing smooth along with productive processes.
What differentiates our tools apart remains its cost-effectiveness. It is recognized that the significance of cost-effectiveness in the current market, and for that reason we provide premium vibration management solutions at rates that are affordable.
Through selecting our offerings, you’re not only preserving your machinery along with improving its efficiency you’re also investing in the sustained success of your business.
In Conclusion
Vibration control remains a necessary aspect of maintaining the operational performance, safety, and durability of your machinery. Using our economical resonance mitigation apparatus, it is possible to ensure that your production run smoothly, your products maintain high quality, and your employees stay safe. Do not let vibrations affect your operations—put money in the correct apparatus today.
miedzynarodowe prawo jazdy