Tag: technology

Aeromobil’s Latest Electric Flying Car Concept Hopes To Take Off In 10 Years

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One of the leading engineering company, AeroMobil dreamt of launching the flying car but the idea got crashed before three years. Nevertheless, the company realms with the same concept and better way of implementation. The company invented an entirely new electric four-seater vertical take-off, namely AeroMobil 5.0.

Some of the special features of car AeroMobil 5.0 are:                           

  • This all-in-one vehicle can fly up to 200 miles
  • One can drive this as a standard car on roads
  • It does not require individual for landings
  • It has improved suspension for a smooth landing
  • The car has a motor on the wing tips
  • It will have airbags and a parachute within the vehicle

 

The previous concept AeroMobil 4.0 is quite different with this VTOL. It is a short take-off and landing vehicle, which means that it requires a short runway. The car 4.0 is still going testing and can travel up to 400 miles as it is energy efficient that AeroMobil 5.0.

 

As per the backdate news in 2015, AeroMobil was aggressive about launching Ferrari with Wings in 2017. However, the plan didn’t turn out to be a reality. As per the insiders of the company, the 4.0 version will be made available “in a limited series to private owners” from the year 2020.

 

After the 4.0 version enters the market, the AeroMobil 5.0 will also float in the market in the next seven to ten years. The company realms to bring the best experience of a ride as well as a flight with this newly invented vehicle.

AeroAstro Engineering Student Explores Living on Mars 

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Planet Mars has been fascinating the engineers all over the world for a long time. Researchers and scientists have been working to design simulated environments, rovers and safelights to explore the planet and its life possibilities.
To experience the living conditions and environment, a project called Poland Mars Analogue Simulation was designed.
The project aims to support real missions to Mars by giving researchers an opportunity to see what living and working on Mars will be like.
A team of engineers and researchers started experimenting with this project.
One among them was Aeronautics and Astronautics (AAE) graduate student Jennifer Pouplin. She has been an enthusiastic student studying astrodynamics and propulsion which made her a perfect fit for the experiment.
This was one of a kind of mission that is expected to help researchers potentially explore the planet.

What’s new in Ansys 19?

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ANSYS 19 is also known as the Next Generation Pervasive Engineering Simulation technology. With the expanding digital world and growing data, companies are struggling with the pressure to improve performance to deliver high-quality products within a limited time. ANSYS 19, is designed to empower such engineers and professionals to contribute to the overall productivity. The enhanced capabilities of the technology aim to produce accurate results. Here are some of the many features that will support Pervasive Engineering Simulation.

3D Design

ANSYS 19 now introduced the new 3D design family of products.

  • The package includes a real-time simulation environment that is developed to help engineers explore their designs and concepts.
  • The CAD modeling capabilities of the ANSYS Discovery SpaceClaim now have new assembly configurations.
  • Some of its supporting exploded views help engineers generate more efficient designs.

The technology helps to build upon topology optimization so that users can observe live progression to solve steps and make informed decisions.

Embedded Software

ANSYS 19 now has powerful capabilities to carry out tasks. These tasks include:

  • Workflow integration
  • Performance and usability
  • A fully certified embedded software with a Human-Machine Interface (HMI) and
  • Design capabilities

The technology is also supported by some dedicated solutions for automotive and avionics system and software. Added features here included capabilities for multi-rate application designs and enhanced HMI design capabilities that comply with ARINC 661 and that qualify for ISO 26262 and DO- 178C.

Electromagnetics

With the new technology, engineers can now design wireless, electrification and autonomous technology. The improved features of the technology include radar cross section analysis innovative electronic machine design, integrated electro-thermal analysis, and also a design kit to offer enhanced user experience with all the electromagnetic field simulation tools.

Semiconductors

To meet the growing demands of the next generation computing capabilities, which is not only automotive, but also is mobile, and delivers high performance computing through the advanced system. The technology thus demands products that are bigger, faster, and more complex. The simulation environment offered by ANSYS 19 delivers a platform that is more comprehensive, enabled for Big Data and capable of solving different design attributes such as thermal properties, power noise, performance and reliability across the spectrum accelerating your product success.

Systems

ANSYS 19 offers some of the most powerful capabilities in two crucial work areas:

  • System simulation for battery management design and deployment
  • Functional safety and analysis to use across all safety-critical industries

ANSYS 19 now has some enhanced features to help engineers easily model the complete design of a battery management system. Another add-on, ANSYS Simplorer helps the engineers to simulate and test the entire system after design and development. ANSYS 19 expands the functional safety analysis across all industries.

Drones learn to navigate by imitating Cars and Bicycles Autonomously

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The commercial drones these days make use of the Global Positioning System (GPS) to traverse. Such a method works fine when the drones fly at a high altitude. But the real hurdle arises when these drones navigate autonomously at a lower altitude. At such low altitudes, there are several issues such as

  • More density of building
  • Unstructured stress with the movement of several vehicles and humans.

The drones at this level have not reached to such a stage where they can react to an unforeseen event quickly. There are ways to enhance the functionalities of these drones.

Integration of autonomous navigation in drones

The development of DroNet by researchers at the National Centre of Competence in Research (NCCR) Robotics and the University of Zurich shows that autonomous navigation of drone is possible. It is an algorithm that helps the drones to fly through the busy streets of a city safely. With the help of one input image, it produces two outputs:

  • A steering angle and
  • A collision probability

The former helps the drone to avoid accidents, while the later helps it to identify the dangerous situations and react to them.

Powerful artificial intelligence algorithm

A team of Swiss researchers sought the help of a powerful algorithm and a normal smartphone camera to make the drones smarter. The combination helped the drone interpret the real-time situation and react accordingly. The algorithm used, consisted of Deep Neural Network.

Teaching the Drones through Cars and Bicycles

The collection of training examples is one of the biggest issues in Deep Learning. The drones can learn by imitating the driving behavior in the examples. Thus, Prof. Scaramuzza, along with his team collected the data from cars and bicycles driving in urban areas.

Fully autonomous drones – The Future

Through this research, the doors are open to several applications such as parcel delivery, surveillance and much more. The drones can drive within the clustered roads, with ease and save a lot of time. However, the team cautions from expecting too much from cheap drones.

Italian Architect Designs Folding House that can be built in 6 hours

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Wouldn’t it be nice if building houses became quick and moving them from one place to another became possible? An architect from Italy has proposed a new housing model which is completely different from the traditional way of building houses. He suggests a model where the houses can be folded. The assembling time of this house is not more than six hours with just three people working on it. Doesn’t that sound interesting?

M.A.Di Homes

Renato Vidal, an Italian architect and the founder of M.A.Di (Modulo Abitativo Dispiegabile) homes, assures of high quality and safe homes that can be built quickly and transported easily. M.A.Di homes are available in a few customizable models. All the models are equipped with the basic facilities such as toilets, furnished kitchen, and technical installations such as water and electrical systems.

Installation

The houses are built in modules to make the construction quick and simple. Multiple modules can be attached to build a huge house. The installation of the house does not depend on a concrete base. The house can be placed directly on any flat floor. However, for people who want a permanent house, are advised to build M.A.Di houses on foundation stakes.

Eco-friendly Optimization

Furthermore, these houses also support the installment of solar panels, LED lightings, and gray water treatment systems. Moreover, the external walls carry the color of customer’s choice. The walls basically come in wood veneers, which can be customized with natural fiber, aluminum, plaster, and much more.

Price

The smallest house M.A.Di home costs up to 30,000 USD and covers nearly 26 square meters. The maximum expansion possible is up to 84 square meters which can cost 75,000 USD on an average. The costs of the house, however, depends on the customization selected by the customers.