Materials testing

Materials testing is a well-established technique used to determine the physical and mechanical properties of raw materials and components from human hair to steel, composite materials and ceramics. Testing can be categorised into five key areas: mechanical; thermal; electrical; resistance to corrosion, radiation, and biological deterioration; and non-destructive. Standard test methods have been established by international organisations including the International Organization for Standardization (ISO) and the American Society for Testing and Materials (ASTM)

There are numerous suppliers of material and application-specific testing equipment, software and services however due to the complexity of materials and factors to test, it is impossible to find an off-the-shelf solution for every requirement.

Creep test

Creep is the slow change in the dimensions of a material due to prolonged stress; most common metals exhibit creep behaviour. In a creep test, loads below those necessary to cause instantaneous fracture are applied to the material, and the deformation over a period of time (creep strain) under constant load is measured. In the same test, the time to failure is also measured against the level of stress; the resulting curve is called stress rupture or creep rupture. Once creep strain versus time is plotted, a variety of mathematical techniques is available for extrapolating the creep behaviour of materials beyond the test times so that designers can utilise thousand-hour test data, for example, to predict ten-thousand-hour behaviour.

Customised Solutions

Many materials testing laboratories will use a combination of different equipment, sensors and software to recreate and research the impact of various environmental factors on specific materials or products.

Working with your domain-specific experts in material test and characterisation, our expertise in sensor deployment, test automation, data acquisition and signal processing allows us to support your materials test laboratory with the ability to configure a wide range of custom tests.

Our expertise in data logging allows laboratories to log, access and monitor test data, simultaneously, alerting changes as they take place, and providing detailed post-test analysis.

Creep test data logging software

For Creep test we offer an off-the-shelf data logging solution that can be easily configured to custom requirements. This adaptable automated system is designed to perform reliable and consistent test monitoring across a large number and range of tests, over long time periods. It provides an adaptable and extendable platform that can easily accommodate new and changing demands.

• Increase performance, monitoring, and data capture.
• Configurable to provide customised data acquisition and multichannel signal processing across multiple simultaneous tests types, configurations and over long time periods.
• Highly flexible allowing users to remap channels and reconfigure the system as required.
• Clean, resizable and intuitive user interface.
• Create and save test blueprints for easy reuse.
• Scalable to allow users to review and display tests of any duration.
• Event monitoring alerts the user to any changes in long-term testing.
• Modular software architecture enables simple future expansion with additional modules and chassis.
• Enables more effective use and reuse of existing test architecture.
• Increased flexibility of the system for multiple test types and different test setups.
• Configurable data export in a format more suitable for data stakeholders.
• Provides reduced operating and maintenance overheads, and improved the operator experience.
  

Solution Overview

Why Austin Consultants

• Our consultants are experts in software integration, with a proven track record of delivering solutions in materials research environments.
• We offer proven expertise in sensor integration, hardware, software and custom engineering.
• Our variable sample rates offer greater levels of sensitivity and insight.
• Our services can be outsourced or we are happy to undertake projects as part of a blended team, working alongside your in-house developers to ensure seamless delivery and knowledge transfer.
• We are able to draw upon expertise amassed by working with clients across a wide range industries offering advanced engineering and manufacturing applications.
• We are able to develop customised applications utilising bespoke technologies e.g FPGA