Webinars |
Materials Testing
Materials Testing Webinars
Materials Testing Webinars
Promoted Webinars
Materials Testing Webinars
In Session 10 of the KLA Instruments Indentation University, the process of verifying nanoindenter performance is discussed and demonstrated. Regular performance verification is essential for maintaining high data quality and meaningful results.
In Session 8 of the KLA Instruments Indentation University, we discuss the measurement of flexibility and strength of optical coatings, and why these parameters are important for coating performance.
In Session 9 of the KLA Instruments Indentation University, we discuss the concept of frame stiffness and the nanoindenter tip area function, both of which are critical to accurate measurements of nanoindentation depth.
This webinar demonstrates how the Syft TracerTM can be used to revolutionize lab workflows for the analysis of volatile impurities.
Join LECO in this webinar series and discover how labs can stay on top of the changing regulations surrounding cannabis and achieve even more effective cannabis analysis.
Despite being ubiquitous in infrastructure worldwide, cement is not as simple as it may seem. Discover what gives cement, and all its forms its versatility in this webinar series.
Jennifer Hay unlocks all of the analysis used in dynamic nanoindentation and the continuous stiffness measurement (CSM) technique.
Knowledge of Young’s modulus is essential for the design and control of the extensive fractures required for harvesting natural gas from shale formations.
Force and displacement measurements obtained from instrumented indentation experiments are interpreted using elastic contact models, even when the contact causes plastic deformation.
Low-carbon steels are the first option when designing with steel. They offer good machinability and excellent weldability.
In its most basic form, instrumented indentation involves pressing an indenter of known geometry into a test surface while continuously monitoring force and displacement.
In 1992, Warren Oliver and George Pharr published an article that revolutionized hardness testing. The genius of Oliver and Pharr was that they devised a way to know the size of a hardness indentation without imaging it.
The first and most enduring application of nanoindentation is the characterization of hard coatings designed for mechanical and chemical protection of an underlying material.
In this webinar, LECO explains how to take GC-MS workflows to the next level and shows what solutions are available.
The process of oil recovery needs a wide knowledge of engineering and chemistry. Starting with drilling to completion and finally the different stages of recovery (EOR) use various materials and additives to improve the productivity of the reservoir.
Nowadays, chemists and formulators have access to a huge range of stabilizers and additives to reach their specifications and enhance dispersion properties.
Nowadays, various industries are challenged to provide more competitive and more environmentally friendly materials. They are constantly on the lookout for innovation, formulation, and reformulation of new materials.
Vaccine and vaccine technologies have been one of the major scopes of interest of the past months. To face current sanitary emergency, scientists have developed safe and stable vaccines at a speed never seen previously.
With current changes in consumer behavior, cosmetic products must fulfil ethical and ecological standards in the same way as quality and stability requirements. This pushes toward reformulation and development of new formulas within cosmetic industry, that are often related to long validation process.
Turbiscan allows rapid identification of destabilization mechanisms (eg creaming, sedimentation, flocculation, coalescence...). This technology is used in R&D and quality control laboratories to analyze liquid dispersions from raw material to finished product.
The instrument detects the evolution of stability at an early stage and makes it possible to quantify the overall deterioration of the product (the TSI scale).
This presentation will review the Turbiscan SMLS technology and how it can be used to analyze fuel blends, lubricants, and other essential fluids in the oil and gas industry.
The presentation will review the Turbiscan SMLS technology and how it can be applied to create more sustainable formulations by replacing high carbon footprint ingredients that may be harmful to human and environmental health.
Most of the liquid dispersions contain incompatible ingredients that must remain stable through the whole shelf life to avoid instability signs (phase separation, cloudiness, aggregation or flocculation...).
During this webinar we will be presenting Turbiscan technology and will in-depth explain the advantages and application examples of stability analysis done using this SMLS technology. You will be able to understand the benefits of quantifying stability with a single number.
During this WEBINAR We will be presenting Turbiscan technology and will in-depth explain the advantages and application examples of stability analysis done using this SMLS technology. You will be able to understand the benefits of quantifying stability with a single number.
We will be presenting Turbiscan technology and we will in depth explain the Turbiscan Stability Index - the TSI, with all advantages and application examples.
In this webinar, Analytik Jena details its workflow for the detection of pathogens such as SARS-CoV-2 through biosurveillance of wastewater.
In this webinar, Analytik Jena details the different stages from mining to the production of high-purity metals, and explains what spectrometry solutions can provide reliable data in the process.
This webinar outlines how electrode calendering is a critical step in-inline battery manufacturing process.
In this presentation, Troy Nickel focuses on repeated loading that ultimately leads to construct fatigue, and explores some real world examples of how ElectroForce test instruments are used to determine fatigue limits.
If you’re interested in valuable insights on bottom-line profits, watch Bruker’s on-demand webinar to learn how this can come about simply by using Nuclear Magnetic Resonance (NMR) technologies and innovative DNA that support required regulatory testing.
This webinar outlines how to detect defects in electrode coatings to reduce the risk of downstream
failures.
Injectable implants have distinct advantages for certain applications; for example, their efficacy over a long period of time can increase patient compliance, and the drug substance is applied in a non-systemic manner.
A comprehensive overview is provided by this webinar, which includes practical examples and guidance for state-of-the-art polymer analysis in modern laboratory environments.
In this webinar, you will learn more about thermo-mechanical fatigue testing and the recommendations of the European Code of Practice. Take part in a virtual demonstration of an out-of-phase test on an aluminum specimen and learn more about the benefits of ZwickRoell’s TMF testing system.
In this webinar, you will learn why advanced creep testing is used and what the requirements are, why temperature measurement and control are crucial, and what the main components of a sophisticated creep testing system are, as well as how a typical advanced creep testing system is set up.
Advanced high-strength steels are the favorites in automotive applications where lightweight construction is required. Moreover, tensile testing of these steels remain the most important tests. However, the high strength of these materials is also linked to a high surface hardness.
Hardness testing is the most applied test within the mechanical testing of metals. Hardness testing machines must fulfill a number of requirements if precise and accurate results are desired.
Learn about the basics of composites and composites testing or refresh your knowledge. We will show you the basic test methods to enable quality assurance and design of composite structures.
Reinforcing steel is essential in the construction of buildings and infrastructures. As it is a safety-relevant component, the mechanical properties of its products are defined by various national and international standards.
Pendulum impact testers determine the impact energy absorbed by a standardized specimen up to break by measuring the height of rise of the pendulum hammer after impact.
Covid-19 still has a big influence on our daily lives and on the availability of Personal Protective Equipment (PPE) and other medical textiles. Quality control and approval testing of these products is essential for product quality. Within this webinar, you will learn about ZwickRoell’s ready-made testing solutions for PPE and medical textiles.
Mechanical testing is becoming increasingly important ass requirements to increase battery performance grow. We will present a variety of test fixtures for the determination of mechanical properties of lithium-ion battery cell materials.
The testing of lithium-ion cells, modules and packs requires a large number of different tools and fixtures and a load frame that can be adapted to changing testing requirements.
In this webinar, Dr. Kalina Ranguelova of Bruker BioSpin outlines a range of uses of electron paramagnetic resonance (EPR) spectroscopy, including various industrial and academic applications, in order to understand the paramagnetic behavior of different polymer materials.