How to Find an Accredited Master's in Transportation Design

How to Find an Accredited Master’s in Transportation Design

If you are interested in pursuing a career in transportation design, you may be wondering how to find an accredited program. There are several options available. In this article, we will look at two master’s programs in transportation design. These programs are offered at universities in Germany and the United Kingdom. Loughborough Design School is located in Leicestershire, UK. And Umea Institute of Design is located in Sweden. All of these schools offer excellent programs for transportation design graduates.

German universities offer master’s in transportation design

A master’s in transportation design from a German university will prepare you to join the rapidly growing automotive industry. This field is highly competitive and always evolving, but there is a wide range of opportunities available for graduates. There are many universities in Germany that offer a master’s in this field. If you are interested in learning more about the various degree programs, read on to learn more about the different types of master’s degrees in transportation design.

Loughborough Design School in Leicestershire, UK

Studying at Loughborough University is an excellent choice for a Master’s in transportation design. Located in the historic county of Leicestershire, Loughborough is a lively market town with a fascinating history. With a population of more than 55,000, Loughborough offers plenty of shopping and entertainment options for students. Close proximity to the Peak District, Sherwood Forest, and the National Space Centre make Loughborough a fantastic destination for students to study in.

Umea Institute of Design

Graduates from this course have a wide range of professional options, including working in various industries, designing and manufacturing products, and leading transportation organizations. Throughout the course, students will gain a strong understanding of global transportation trends, problems, and opportunities. They will also gain knowledge about the automotive industry, and how to develop conceptual ideas …

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How to Increase the Efficiency of a Petrol Engine

How to Increase the Efficiency of a Petrol Engine

The efficiency of a petrol engine is determined by its total power output, which is proportional to its pumping loss. Generally, pumps require 20% of the engine’s total power production to produce rated power. However, the pumping losses are minimal at low speeds. The pumping loss increases with speed. Hence, engines should not be driven below their rated power. The following are some of the factors that contribute to the efficiency of a petrol engine.

Fuel-lean running

When your engine is running lean, you are making it work harder than it should. This results in a reduced power output, difficult starting and increased gas consumption. Left unchecked, this problem can cause irreparable damage to your engine. A fuel- lean problem can also be the cause of your car’s Check Engine Light. Below are a few common symptoms of a fuel-lean condition.

A faulty fuel pump, a clogged fuel filter, or an unbalanced air-fuel mixture are all common causes of lean-running engines. Sometimes, a faulty sensor may send the wrong information to the ECU. In both cases, fuel can become diluted and not burn properly. However, the resulting engine is not as dangerous as it seems. Even if the engine runs lean, it is still best to use a full tank of petrol.

Magnetization of petrol fuel

The use of a magnet for the atomization and burning of petrol fuel is a novel approach to increase the efficiency of the petrol engine. In addition, it saves oil, which is an important consideration when reducing the overall fuel consumption. A practical test of the utility model showed a 30% reduction in fuel consumption and oil emissions while reducing smoke emissions. This method is also simple to install and modify.

Magnetic fuel conditioning improves combustion of fuel in a cylinder. This enhances engine …

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The Difference Between Power and Torque in Cars

The Difference Between Power and Torque in Cars

If you are comparing the differences between horsepower and torque in a car, you will notice that the former has more pulling power. Generally speaking, torque is important for trucks, as they need that muscle to haul heavy loads. But smaller cars have plenty of torque, too. The 2021 Chevrolet Camero SS has 455 pounds-feet of torque and is capable of accelerating from zero to 60 mph in four seconds.

Fuel efficiency

When a vehicle accelerates, it uses torque. Power, on the other hand, comes from horsepower. Torque helps a car start and maintain speed, while horsepower allows it to accelerate quickly and smoothly. High horsepower cars are designed for those who want speed, but they also require more fuel than low-power vehicles. If you’re in the market for a new car, make sure to compare the horsepower and torque ratings.

Usually, high-power engines don’t produce a lot of torque. Torque is generated at higher engine speeds, so that the amount of torque is usable at a narrower range of speeds. This narrow power band limits the car’s range of usability, which makes it unsuitable for towing or relaxing driving. In addition, it can be difficult to make decisions based on power alone.


Torque and power are two output parameters that determine the quality of the vehicle’s performance. Torque is measured by the rotation of the crankshaft while power is the rate at which the vehicle can do the same work. They also have a direct relationship, as the latter can help the vehicle move at a fast pace or up a steep hill. However, you may have questions about these terms. To answer these, learn more about the performance difference between power and torque in cars.

Torque has many benefits compared to horsepower. Higher torque enables a car …

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How to Create a Car Engine Design in SolidWorks

How to Create a Car Engine Design in SolidWorks

To start with a car engine design in Solidworks, you must understand what makes a piston work. Pistons have cylindrical shapes, and the process of modeling one starts with a sketch of its revolution. This sketch should be black, as it indicates that it is fully constrained. Next, you must model the connecting rod, which is symmetrical in shape. Lastly, you should consider the constraints that exist between the parts.

Flow simulation

Flow simulation for car engine design in SolidWorks can simulate many different aspects of the combustion process. The application can analyze STEP or IGES files. Simply go to Tools > Add-Ins and check the appropriate box. A simulation will begin. The software can analyze various kinds of solid geometry, including fuel-air mixtures, vapor-liquid interfaces, and fluid-solid interfaces. It can also analyze a variety of different flow phenomena, including fugitive fuel gas.

Once you’ve defined your unit system, you can now begin the simulation. Start by clicking “Add Unit System” in the Flow Simulation analysis tree. You can also change the unit system for the simulation. For instance, the Y and Z components will be renamed to drag and lift, respectively. Next, right-click “Control55mph” and choose “Run”. The Solver window will appear, displaying a log of each step of the solution process.

RealView graphics

If you’re planning on creating an engine design for a car, you’ll need a powerful workstation with RealView graphics. RealView graphics give you the ability to visualize and share complex VBOs and geometry. RealView is available in Solidworks 2009 and later. The latest certified drivers are required to run the software. You’ll also need to have a Professional-grade graphics card to use RealView.

The RealView graphics in Solidworks are more realistic than in traditional CAD software. With this technology, you can view your designs in …

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