Can I really save fuel with a Truck Wheel Alignment?

Most heavy vehicle owners in the transport industry are asking themselves – How can I save money on my running costs? How can I save on fuel consumption? Will a truck wheel alignment help?

Research & studies conducted around the world show that around 80 percent of medium to heavy vehicles are incorrectly aligned, or have a mis-alignment. If your truck, trailer or bus has incorrectly aligned wheels & axles, you have what we call increased rolling resistance when travelling on the road. This means the engine is working harder than required to push the truck along the road, and the end result is an increase in fuel consumption. Given that fuel can account for up to 50% of the operating costs of a truck or fleet, smart operators must explore all avenues to reduce fuel consumption.
Generally speaking, correcting even slight alignment issues have been shown to result in a saving of 3 – 10 percent on fuel.

3% doesn’t sound too significant does it? Lets take a closer look – One truck runs Brisbane to Sydney (return) 3 times a week (6,000 kms). That’s 312,000 kms a year. Fuel consumption average is 1.85 litres/km. That’s 577,200 litres, current local prices are around $1.49 per litre. Fuel cost for the year – $860,028.00. If you reduced fuel consumption by 3%, you would save $25,800.84!!
Your scenario may be different, but you can see that small changes can make a big difference to the bottom line of your business. There are other areas where you can save on running costs, which will be covered in another article.

If you own one truck or one hundred, and you are not having a regular truck wheel alignment performed as part of your maintenance schedule, you really need to contact your local truck wheel alignment specialist for a chat.

Truckologist is a mobile truck wheel alignment business based in Brisbane, Australia.

Moodle Learning Management System Overview

moodle-lmsMoodle is the world’s most popular learning management system. Moodle is flexible and scaleable software designed to help educators create interactive and collaborative online learning experiences. Moodle originated in Australia around a decade ago and has since been internationalised in more than 200 countries and 100 languages. The official community site has more than a million registered users.

There are many ways in which Moodle can be capably used. These include
the delivery of online courses, workplace assessment, staff compliance, continuing professional development and induction training. Being open source software, there is a large amount of community support toward the development of third-party plugins to extend Moodle’s core functionality.

Moodle is distributable without licensing costs, however, it does take some level of technical expertise to install, configure and secure the software on a web server. Once deployed, it can be easily managed by a qualified system administrator.

Moodle’s key administrative functions include the ability to control authentication, change site appearance, manage accounts, perform bulk user actions, assign roles and permissions, automate course backups and generate various reports. Moodle enables integration with external systems, e-commerce plugins and SCORM compliance. Moodle is proactive with respect to data security and information privacy of its users, hence, patches are released on a regular basis and there are global settings that can be configured by the system administrator.

Course creators can add online activities and resources intended for their learners. Moodle’s standard activities include assignment, forum, blog, chat, messaging, quiz and wiki. The learning sequence may be totally non-linear or controlled so learners engage with online course objects in a predetermined fashion. User activity and course completion tracking are monitored, moreover, assessment grades and feedback can be reported in real-time via the web.

Moodle enables online content to be distributed in several ways. Course participants can quickly upload existing files from their device, disk, or network. Using Moodle repositories, it is possible to import content and media from Cloud-based services such as Google Docs, YouTube, Flickr, Boxnet and Dropbox. On the same token, content can be export from Moodle to third-party services.

Assess, track and report on your learners via the web. Get started now and learn more today about Moodle Sydney, Moodle Brisbane and Moodle Melbourne providers.

 

What are Aluminium Extrusions?

Extrusion is a process used to create objects of a fixed cross-sectional profile, of solid round, square or rectangular shapes, to L shapes and T shapes, tubes and many other different types. Metal is pushed through a die of the desired shape using either a mechanical or hydraulic press, resulting in the finished product. The cavity in which the raw material is pressed is lined with a wear resistant material which can withstand the pressure that is created when the material is pushed through, making extrusion possible without deforming or tearing the metal.

Aluminium extrusion is generally used in the manufacture of windows, doors and balustrades, but is also found in thousands of other items like vehicle parts, truck trays, boats and other marine products and refrigeration, etc to name a few.

Two advantages of this technique over other manufacturing processes are its ability to create very complex cross-sections, plus being able to work materials that are brittle, because the material only encounters compressive and shear stresses. It also forms finished parts with an excellent surface finish. Extrusions often minimise the need for secondary machining. They are not of the same dimensional accuracy or surface finish as machined parts, however, the process produces a wide variety of cross-sections that are hard to produce cost-effectively using other methods.

Extrusion may be continuous (producing indefinitely long material), or semi-continuous (producing many pieces). The minimum thickness of steel is about 3mm, whereas aluminum and magnesium is about 1mm. The extrusion process can be done with the material hot or cold.

Metals that are commonly extruded:

* Aluminium is the most commonly extruded material and can be hot or cold extruded
* Brass is used to extrude corrosion free rods, automobile parts, pipe fittings, engineering parts
* Copper pipe, wire, rods, bars, tubes, and welding electrodes
* Lead and tin pipes, wire, tubes, and cable sheathing
* Magnesium is used in aircraft parts and nuclear industry parts, and is about as extrudable as aluminum
* Zinc rods, bars, tubes, hardware components, fittings and handrails
* Steel rods and tracks -Usually plain carbon steel is extruded, but alloy steel and stainless steel can also be extruded
* Titanium is often used in aircraft components including seat tracks, engine rings, and other structural parts.

Clean Metals for Recycling

The cleaner that a metal is when it’s taken into a scrap metal yard to sell, the better price it will fetch per kilo, as foreign matter is costly to clean off, so this product will always be penalised accordingly in terms of the price. By this we mean no concrete, screws, glass, paper or any other foreign material attached.

All the metal we buy is processed by cleaning any non-metallic off it as required, cutting it into smaller pieces, and then it is put through a baling press to maximise the weights for export to South East Asia, where it will be melted down and manufactured into new products.

The Extrusion Process

The process begins by heating the material (for hot or warm extrusion). It is then loaded into the container for pressing. A dummy block is placed behind it where the ram then presses the material to push it out of the die. Afterward, the extrusion is stretched in order to straighten it. If higher quality properties are required then it may be heat treated or cold worked.

Cold extrusion is done at or near room temperature. Advantages of this over hot extrusion are the lack of oxidation, higher strength due to cold working, closer tolerances, good surface finish, and fast extrusion speeds if the material is subject to heat for a short period.

If you are looking for aluminium extrustion recyclers in Brisbane, make sure you visit Frog Metals.

How to Soundproof Windows

Acoustic double glazing depends on the addition of a secondary glazing layer offset from an existing window, preferably by 100mm. Soundblock offer two solutions to double glaze windows for noise and thermal insulation – Magnetic Acrylic Double Glazing and Acoustic Aluminium Double Glazing. Article body:

What is Window Double Glazing?
Double glazing needs the addition of a secondary glazing layer offset from an existing window optimally by 100mm. Add our acoustic double glazing to your existing windows or specify our solutions on new projects. Double glazed windows remove noise transfer by up to 70% and remove heating costs by 35%.

Double Glazing System – Magnetic Acrylic Windows
Magnetic Window Soundproofing System works very simply by adding a PVC sub frame on the inside of your window. This double glazing system greatly increases noise removal. The acrylic window is sealed in place, creating an air space with the existing window, thereby producing an insulating barrier.

Double Glazing System – Acoustic Aluminium Windows
This double glazing system reduces the transfer of noise from outside to inside. These sound proof windows can be specially manufactured to meet specific size requirements. The Soundblock Aluminium Window System is an add on glazing system, creating a double glazed unit to greatly reduce noise transmission through existing windows by up to 70%. As well it provides extra security and safety to the property.

How to Soundproof Windows
To successfully soundproof your windows you will need to have a sufficient gap between your primary window and the edge of your internal window reveal. Ideally this gap is 100mm. This will allow an acoustic secondary window, either our Soundblock Acrylic Magnetic or Soundblock Aluminium windows, to be installed to effectively provide an overall sound reduction of 40-43db.

Noise reduction and soundproofing solutions
Founded in 1999, Soundblock Solutions is a respected privately-owned Australian creator of soundproofing products and solutions. We can help to create a quieter, more comfortable environment in any surroundings, whether it’s in the home, office, hotels, marine, restaurants or industrial.

Representing leading Australian manufacturers of acoustic products, Soundblock offers a extended range of double glazing and window sound insulation and noise control products for domestic and commercial use. We will determine your specific noise problems and supply and install the most effective product or combination of products for your specific situation. Talk to us for expert advice and a comprehensive, cost-effective solution for all of your soundproofing, double glazing, noise control and acoustic requirements.

Soundblock are the experts in noise reduction and have found using window double glazing systems, that noise can be reduced by up to 70% or 41dB. Soundblock offer two solutions to double glaze windows for noise and thermal insulation.

Moodle Learning Management System Overview

moodle-lmsMoodle is the world’s most popular learning management system. Moodle is flexible and scaleable software designed to help educators create interactive and collaborative online learning experiences. Moodle originated in Australia around a decade ago and has since been internationalised in more than 200 countries and 100 languages. The official community site has more than a million registered users.

There are numerous ways in which Moodle can be capably used. These include
induction training, workplace assessment, continuing professional development, the delivery of online courses and staff compliance. Being open source software, there is a large amount of community support toward the development of third-party plugins to extend Moodle’s core functionality.

Moodle is free without licensing costs, however, it does take some level of technical expertise to install, configure and secure the software on a web server. Once deployed, it can be easily managed by a qualified system administrator.

Moodle’s key administrative functions include the ability to control authentication, change site appearance, assign roles and permissions, manage accounts, perform bulk user actions, automate course backups and generate various reports. Moodle enables integration with external systems, e-commerce plugins and SCORM compliance. Moodle is proactive with respect to data security and information privacy of its users, hence, patches are released on a regular basis and there are global settings that can be configured by the system administrator.

Course creators can add online activities and resources intended for their learners. Moodle’s standard activities include assignment, forum, chat, messaging, blog, quiz and wiki. The learning sequence may be totally non-linear or controlled so learners engage with online course objects in a structured fashion. User activity and course completion tracking are tracked, moreover, assessment grades and feedback can be reported in real-time via the internet.

Moodle enables online content to be distributed in various ways. Course participants can quickly upload existing files from their device, disk, or network. Using Moodle repositories, it is possible to import content and media from Cloud-based services such as Google Docs, YouTube, Flickr, Boxnet and Dropbox. On the same token, content can be export from Moodle to third-party services.

Assess, track and report on your learners via the web. Get started now and learn more today about Moodle Sydney, Moodle Brisbane and Moodle Melbourne providers.