3 Things Geotechnical Engineers Do

Geotechnical Engineers

The infrastructure present in modern cities and towns could not exist without the labor of geotechnical engineers. Many of them work for environmental engineering companies and have used their knowledge to develop well-supported buildings and complex systems. Check out this list of three things geotechnical engineers do.

1. Investigate

Geotechnical engineers will investigate the conditions of the area where developers want to erect a structure. They will look into the dynamics and vibration of the soil in said area. They will engage in surface and subsurface explorations and collect soil samples that they send off to laboratories for further analysis. The aim of these investigations is to gather as much information as possible about the properties of a worksite. Such investigations often reveal what will occur on the site during an earthquake.

2. Design

Engineering design plays an important role in the field of geotechnical engineering. Technicians have to plan out specific projects while taking certain factors into consideration (e.g., time, size, and shape). Geotechnical engineers have designed foundations, slopes, and pavements. Some have crafted projects that took into account terrain hazards while others have developed ones that had water retention capabilities. Many have taken on projects for structures designed to withstand powerful seismic events.

3. Construct

A multitude of geotechnical engineers have helped build roadways, tunnels, levees, and embankments. After they investigate the behavior of the soil and rock in certain locations and design structures that are sturdy and stable, they carry out various construction projects. While doing so, they utilize materials that work in synergy with the elements they are placed in. They position these materials in ways that keep those who end up walking or driving upon them safe and secure.

The work that geotechnical engineers do is extremely vital. These engineers have helped a plethora of individuals and businesses.…

Continue Reading

How To Maintain the Machinery In Your Manufacturing Facility

Keeping your production line up and running is vital to the success of your company. When a machine breaks down, it can delay orders and make your customers frustrated. Regularly scheduled maintenance can improve the life of your equipment and prevent interruptions in your service. Here are a few steps to service these tools.

Organize a Maintenance Schedule

Review your production reports and look for the times when the equipment has the fewest orders. If this is a regular trend for this machine, block off a few hours on the calendar for this unit to be shut down and maintained. Continue to do this with every piece of machinery in your facility until each one is covered. Inform the operators and your maintenance supervisor of these changes then follow them to ensure that they are being completed.

Maintain Your Machines

When the scheduled day arrives, shut down the piece of equipment allotted for that time. Tighten any bolts or screws that have come loose. Use wipers and scrapers to clean the excess filth and grime that has accumulated on the gears and belts. Add grease and oil to it to ensure that it will run smoothly. Review the manufacturer’s instructions to see if they recommend any additional work. Deep clean the area around the unit to rid the area of any debris that can get into the mechanisms and cause issues.

Educate Your Staff

Conduct regular meetings with those that work with you to review any changes to your maintenance schedule. You should also stress the importance of keeping the workplace tidy. Communicate with them so that you are certain that they understand the piece of equipment that they are assigned to. Provide training for your employees on the machines in your facility and arrange follow-up classes for them to cover any changes that are released.…

Continue Reading

Where the Vacuum Valve for Pumps is Being Used?

Technology brought us so many advancements over the last 100-150 years that if a person manages to travel through time and arrive today, they would be completely shocked how we live. On the other hand, we take these advancements for granted and most of us don’t even know how things work.

If we’re talking about vacuum pumps that are used all across the industries, we’re going to be stunned by how much we depend on this technology. Doing your own research takes a lot of knowledge in the field of engineering and science, so you can say it’s not easy to fully understand everything.

In this article, we’re going to help you make sense of this technology and learn more about vacuum valves and where they find the best use. We will talk more about industrial vacuum pumps and help you learn about this field. Follow up if you want to know more about these topics.

What is a vacuum pump?

As the name suggests, these machines are pumps that work under pressure and vacuum. They are used to push gas or liquids from one place to another using the vacuum as their main force to do it properly.

There are four main categories under which different ones fall. Here they are listed:

  • Positive displacement pumps
  • Regenerative pumps
  • Momentum transfer pumps
  • Entrapment pumps

All four are used across many different industries, but it seems like the first ones are most commonly used. The reason for this is that these offer the most function, are easy to be made, and they work the best. This is why most companies use this kind and if you’re in some of the common businesses using one, you’ll probably consider this type yourself.

The vacuum pump uses electricity or gas, depending on its use and the features. You can say that there are so many options, that no one can study all of them to perfection, which is why most people focus only on one or several models and become experts in them.

The pump is driven when the power added to it drives the valve which is under pressure. It is then releasing the gas or the liquid to the other side creating a vacuum behind it. As the process repeats, the machine can pump new material constantly.

This is how the manual water pumps were made back in the day. With constantly adding pressure to the handle, the mechanism manages to extract water from the ground or the well. The water driven by the vacuum goes up preventing the dirt to come with it.

When the water is high enough it simply goes through the faucet and is ready to be used. When there’s enough water, the person will release pressure on the handle and use the extracted water from the well. That’s how science and great engineering work. See more about them on this link.

What is a vacuum valve?

The main part of the entire machine is the valve. It is the one that is constantly moving and producing the gas or the liquids to move from one place to another. If we continue using the same example from the previous paragraph, the valve is the one part that allows water to go through it and come out through the faucet.

It is specially designed so the water can go through it by moving it. The valve moves around itself providing water to go to the back end but keep the vacuum pressure on the other part. That’s how more and more water can keep coming up without losing momentum.

Of course, modern technology invented so many advanced techniques, but it all came from this simple method. There’s no need for adding power to this machine and it can be done manually. Modern machines use fuels or electricity to keep the pump going without stoppage and drive a lot more material.

Where are vacuum valves and pumps used?

So many industries find tremendous value from them. On top of it, ordinary people in need also have great use. For example, there are so many people who need water extraction in places where there’s no water line and system that provides fresh water. These people are creating their personal wells by using machines like these.

Another extremely useful moment is the flood extraction. Basements in areas where it is common to experience flood almost always have attached and ready pumps that will extract the water using this system. They work on batteries, so they don’t require power lines.

Instead of seeing the entire place ruined, these machines activate themselves the first moment they sense that there’s water on the ground. Designed specially to extract water from lower parts to outside areas, helps people keep their premises safe.

When it comes to …

Continue Reading