Demo of Mechanics Virtual Labs developed by PNX Labs GmbH. Test different specimens in a tension universal test machine, visualize deformation of a simple supported beam and analyze the deformation of automotive springs. pnxlabs.com. Full version contains over 20 experiments with additional features such as real time CSV data recording and over 100 specimens and materials.
Some of the Experiments in the full package are:
1. Virtual Lab Mechanics - Tension Test
2. Virtual Lab Mechanics - Bending Test Simple Supported Beam
3. Virtual Lab Mechanics - Bending test cantilever beam
4. Virtual Lab Mechanics - Torsion Test
5. Virtual Lab Mechanics - Brinell Hardness Test
6. Virtual Lab Mechanics - Rockwell Hardness Test
7. Virtual Lab Mechanics - Spring Test
To access the simulation follow this link, install and run on your Oculus Rift or HTC Vive..
The operation of this steel manufacturing facility illustrates a very simple process. In this Virtual Reality Lab for Thermodynamics, students will be required to make several calculations in order to input the physical variables of the process and simulate the production of the desired alloy. Instructions are described in the following pages.
Steel manufacturing involves a wide range of engineering and scientific disciplines. To manufacture a specific steel alloy with special properties engineers and scientist must carefully design the right manufacturing process. This process must include the right casting temperatures, the cooling and shaping process, and the chemical composition of the alloy.
To access the simulation follow this link, install and run on your Oculus Rift or HTC Vive..
Documentation - Installation Package.
The objective of this Virtual Lab for Fluid Mechanics is to give students with a series of jet engines simulations where they can apply various principles of fluid mechanics to analyze their behavior. In the lab, students will be able to simulate a Turbofan, a Turbojet and a Turboprop. The Turbojet includes an afterburner.
In this Virtual Reality Lab for Fluid Mechanics, students can add fuel, rpm, check the velocity of the engines and the thrust generated. To analyze the engines students must read about the principles of jet engines operations. This simulation is intended for students of Aerodynamics, Physics and Mechanical engineering, or related fields.
To access the simulation follow this link, install and run on your Oculus Rift or HTC Vive.
The objective of this Lab is to provide students with a series of exercises in which they can apply the laws of physics to industrial problems. By completing the 3 Tasks students will understand the concepts of pressure, mass, velocity and acceleration as well as the impact of friction when objects are moved in industrial conveyors.
In this Virtual Reality Lab for Physics, students will apply the concepts of mass, position, velocity, acceleration and friction in packages being stored at a DHL facility are processed correctly. Students will calculate the input variables of several pneumatic pistons which are employed in almost every industrial production system. Students will simulate the movement of the packages and the pistons to understand how the movement of these components can be calculated with the laws of physics.
To access the simulation follow this link, install and run on your Oculus Rift or HTC Vive..
Documentation - Installation Package.
This is a demo of an Hydro Power Station designed to teach students to apply fluid mechanics to the production of electricity. The simulations teach students to operate different components of a power station as well as the science and engineering behind the operation of different turbine designs.
To access the simulation follow this link, install and run on your Oculus Rift or HTC Vive..
This is a demo of the operation of Rocket engines in space travel. Students can simulate the basic variables of the rocket equation for 3 different rockets. A single stage rocket, the space shuttle and th apollo 11. Students must input a specific amount of fuel to each stage in order to reach a specific altitude and final velocity.
To access the simulation follow this link, install and run on your Oculus Rift or HTC Vive..
This is a short demo where you will install a series of solar panels with some aluminum frames. This is to demonstrate the versatility of Virtual Labs to train technicians and students without the need of expensive equipment.
To access the simulation follow this link, install and run on your Oculus Rift or HTC Vive.
This is a short demo where you will interact with some chemical elements and substances to test solubility, combustion, electrical conductivity and melting points.
To access the simulation follow this link, install and run on your Oculus Rift or HTC Vive.
Demo of Mechanics Virtual Labs developed by PNX Labs GmbH. Test different specimens in a tension universal test machine, visualize deformation of a simple supported beam and analyze the deformation of automotive springs. pnxlabs.com. Full version contains over 20 experiments with additional features such as real time CSV data recording and over 100 specimens and materials.
Some of the Experiments in the full package are:
1. Virtual Lab Mechanics - Tension Test
2. Virtual Lab Mechanics - Bending Test Simple Supported Beam
3. Virtual Lab Mechanics - Bending test cantilever beam
4. Virtual Lab Mechanics - Torsion Test
5. Virtual Lab Mechanics - Brinell Hardness Test
6. Virtual Lab Mechanics - Rockwell Hardness Test
7. Virtual Lab Mechanics - Spring Test
To access the simulation follow this link, install using SideQuest on your Oculus Quest 1 or 2.
This is a short demo where you will install a series of solar panels with some aluminum frames. This is to demonstrate the versatility of Virtual Labs to train technicians and students without the need of expensive equipment.
To access the simulation follow this link, install using the SideQuest APP and run on your Oculus Quest .
The operation of this steel manufacturing facility illustrates a very simple process. In this Virtual Reality Lab for Thermodynamics, students will be required to make several calculations in order to input the physical variables of the process and simulate the production of the desired alloy. Instructions are described in the following pages.
Steel manufacturing involves a wide range of engineering and scientific disciplines. To manufacture a specific steel alloy with special properties engineers and scientist must carefully design the right manufacturing process. This process must include the right casting temperatures, the cooling and shaping process, and the chemical composition of the alloy.
To access the simulation follow this link, install using the SideQuest APP and run on your Oculus Quest. Documentation.
This is a short demo where you will interact with some chemical elements and substances to test solubility, combustion, electrical conductivity and melting points.
To access the simulation follow this link, install using the SideQuest APP and run on your Oculus Quest .
The objective of this virtual lab is to test several different materials under compression to find the forces in which they experience failure. You will test 2 specimens of Aluminum 6061 with different thickness in a guided lab. After you complete the guided lab you can now move to the open lab where you will test 4 columns of Copper, Aluminum, Stainless Steel and Titanium. Once you are familiar with the experiments you will be requested to complete a special challenge based on a real problem in the Aerospace Industry.
To access the simulation follow this link, install using the SideQuest APP and run on your Oculus Quest .
Download Lab Sheet
This is a short demo where you will install a series of solar panels with some aluminum frames. This is to demonstrate the versatility of Virtual Labs to train technicians and students without the need of expensive equipment.
To access the simulation follow this link, install and run on your Pico NEO 2 on developer mode.
The operation of this steel manufacturing facility illustrates a very simple process. In this Virtual Reality Lab for Thermodynamics, students will be required to make several calculations in order to input the physical variables of the process and simulate the production of the desired alloy. Instructions are described in the following pages.
Steel manufacturing involves a wide range of engineering and scientific disciplines. To manufacture a specific steel alloy with special properties engineers and scientist must carefully design the right manufacturing process. This process must include the right casting temperatures, the cooling and shaping process, and the chemical composition of the alloy.
To access the simulation follow this link, install and run on your Pico NEO 2 on developer mode.Documentation
This is a short demo where you will interact with some chemical elements and substances to test solubility, combustion, electrical conductivity and melting points.
To access the simulation follow this link, install and run on your Pico NEO 2 on developer mode.
The objective of this virtual lab is to test several different materials under compression to find the forces in which they experience failure. You will test 2 specimens of Aluminum 6061 with different thickness in a guided lab. After you complete the guided lab you can now move to the open lab where you will test 4 columns of Copper, Aluminum, Stainless Steel and Titanium. Once you are familiar with the experiments you will be requested to complete a special challenge based on a real problem in the Aerospace Industry.
To access the simulation follow this link, install and run on your Windows PC
Note: To install, download the package and right click to run in Administrator mode. The csv files generated when doing the experiments will be located in the folder where you made the installation under the /Save Folder
Download Lab Sheet Download Installation Instructions
The operation of this steel manufacturing facility illustrates a very simple process. In this Virtual Lab for Thermodynamics, students will be required to make several calculations in order to input the physical variables of the process and simulate the production of the desired alloy. Instructions are described in the following pages. Steel manufacturing involves a wide range of engineering and scientific disciplines. To manufacture a specific steel alloy with special properties engineers and scientist must carefully design the right manufacturing process. This process must include the right casting temperatures, the cooling and shaping process, and the chemical composition of the alloy.
To access the simulation follow this link, install and run on your Windows PC
The objective of this Virtual Lab for Fluid Mechanics is to give students with a series of jet engines simulations where they can apply various principles of fluid mechanics to analyze their behavior. In the lab, students will be able to simulate a Turbofan, a Turbojet and a Turboprop. The Turbojet includes an afterburner. In this Virtual Reality Lab for Fluid Mechanics, students can add fuel, rpm, check the velocity of the engines and the thrust generated. To analyze the engines students must read about the principles of jet engines operations. This simulation is intended for students of Aerodynamics, Physics and Mechanical engineering, or related fields.
To access the simulation follow this link, install and run on your Windows PC
The objective of this Virtual Lab for Thermodynamics is to visualize a series of thermal machines such as refrigerators, boilers and steam machines. With our technology we can quickly develop state of the art thermodynamics labs for institutions of Higher education. Our platform already integrates several thermal machines and components that can be quickly integrated to develop custom virtual labs for Thermodynamics. For more information please contact us at info@pnxlabs.com
To access the simulation follow this link, install and run on your Windows PC
This is a demo of an Hydro Power Station designed to teach students to apply fluid mechanics to the production of electricity. The simulations teach students to operate different components of a power station as well as the science and engineering behind the operation of different turbine designs.
To access the simulation follow this link, install and run on your Windows PC
The objective of this virtual lab is to test several different materials under compression to find the forces in which they experience failure. You will test 2 specimens of Aluminum 6061 with different thickness in a guided lab. After you complete the guided lab you can now move to the open lab where you will test 4 columns of Copper, Aluminum, Stainless Steel and Titanium. Once you are familiar with the experiments you will be requested to complete a special challenge based on a real problem in the Aerospace Industry.
NOTE: Before running the simulation delete all your browser saved files. Go to your browser history and select Clear Cached Data.
Note: If you want to generate CSV files for further analysis of the experiments you need to install the Windows Package on your PC.
NOTE: The simulation won't work on Internet Explorer or Safari. Try Firefox, Chrome or the New 2021 version of Microsoft Edge.
Download Lab Sheet Download Installation Instructions
The operation of this steel manufacturing facility illustrates a very simple process. In this Virtual Lab for Thermodynamics, students will be required to make several calculations in order to input the physical variables of the process and simulate the production of the desired alloy. Instructions are described in the following pages. Steel manufacturing involves a wide range of engineering and scientific disciplines. To manufacture a specific steel alloy with special properties engineers and scientist must carefully design the right manufacturing process. This process must include the right casting temperatures, the cooling and shaping process, and the chemical composition of the alloy.
NOTE: Before running the simulation delete all your browser saved files. Go to your browser history and select Clear Cached Data.
NOTE: The simulation won't work on Internet Explorer or Safari. Try Firefox, Chrome or the New 2021 version of Microsoft Edge.
To access the simulation follow this link
The objective of this Virtual Lab for Fluid Mechanics is to give students with a series of jet engines simulations where they can apply various principles of fluid mechanics to analyze their behavior. In the lab, students will be able to simulate a Turbofan, a Turbojet and a Turboprop. The Turbojet includes an afterburner. In this Virtual Reality Lab for Fluid Mechanics, students can add fuel, rpm, check the velocity of the engines and the thrust generated. To analyze the engines students must read about the principles of jet engines operations. This simulation is intended for students of Aerodynamics, Physics and Mechanical engineering, or related fields.
NOTE: Before running the simulation delete all your browser saved files. Go to your browser history and select Clear Cached Data.
NOTE: The simulation won't work on Internet Explorer or Safari. Try Firefox, Chrome or the New 2021 version of Microsoft Edge.
To access the simulation follow this link
Depending on each use case which is defined with the customer we can develop applications for one or more platforms at a very competitive cost.Our Technology allows us to develop for multiple platforms at a fraction of the cost thanks to our Science and Engineering algorithms and pre-build STEM functions. We can develop for Android, IOS, Web, Windows, Mac, Linux and Virtual Reality. For Virtual Reality we support the Oculus Rift, Oculus Quest, Oculus Go, HTC Vive and More.
