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Nanoindentation - Applying The Theory of Nanoindentation to Your Results

Nanoindentation is a useful technique for determining mechanical properties of small volumes od material. The raw data from a nanoindentation experiment consists of depths of penetration and indenter load. This data, allows the calculation of elastic modulus and the hardness.

From Fischer-Cripps Laboratories 1 Oct 2010

Nanoindentation – Important Factors to Remember When Performing a Nanoindentation Test

Nanoindentation can be used to measure mechnical properties of materials. This article outlines some parameters that should be considered when taking measurements such as thermal drift, working temperature, obtaining a series of indentations and the optimal test conditions.

From Fischer-Cripps Laboratories 30 Sep 2010

Nanoindentation – Measurement Parameters and Their influence on Results

Nanoindentation is used to measure mechanical properties of small volumes of materials. Obtaining accurate and reliable results depends on factors such as using the right load, the shaprness of the tip/indenter and the depth of the indentation.

From Fischer-Cripps Laboratories 30 Sep 2010

Nanoindentation – The Significance of Hertzian Contact and Development of Plastic Zones

Nanoindntation is used to measure mechanical properties of materials. An understanding of the interactions of the indenter and the material is useful. This article looks at the geometry of the indenter and transitions from elastic to plastic zones as the load is applied.

From Fischer-Cripps Laboratories 29 Sep 2010

Nanoindentation – Sample Preparation, Mounting and Positioning

Once you have confidence in your nanoindenter, you are then ready to test your own specimen. The impact of surface roughness, sample preparation, sample mounting, oxide layers, positioing and thermal equilibrium are considered on the accuracy and reliability of your measurements.

From Fischer-Cripps Laboratories 29 Sep 2010

Nanoindentation – Ensuring Accuracy and Reliability Using Standard Specimens

Elastic modulus, hardness, fracture toughness, creep and dynamic properties such as storage and loss moduli can be measured. In this and subsequent articles, we will look at some of the issues facing the user of a nanoindentation instrument.

From Fischer-Cripps Laboratories 28 Sep 2010

Nanoindentation – The Importance of Instrument Location and Installation

Nanoindentation is a method of measurement of the mechanical properties of small volumes of materials using an instrumented indentation technique. One factor that can affect the integrity of data obtained is the location of the nanoindenter. Examples of good and bad locations are provided.

From Fischer-Cripps Laboratories 28 Sep 2010

Test Solutions for the Aerospace Industry

Mecmesin test equipment is used around the world by many airlines, manufacturers of commercial and military aircraft and helicopters, suppliers of landing gear and avionics plus maintenance, overhaul and repair companies. Read on to find out why.

From Mecmesin 30 Aug 2010

Force and Torque Testing Solutions for the Automotive Industry

Mecmesin is a leading designer and manufacturer of force and torque test equipment. They offer precision test instruments and systems that are accurate, reliable and excellent value for money for a range of automotive applications.

From Mecmesin 30 Aug 2010

Peel and Adhesion Testers - Mecmesin's Range of Peel and Adhesion Testers and Accessories

Peel or adhesion testing is the measurement of the adhesive or bond strength between two materials. Mecmesin offer a rang of instruments and accessories to measure peel strength or perforam adhesion test.

From Mecmesin 30 Aug 2010

Editorial Highlights

The Current State of the Global Semiconductor Market

The global semiconductor market has entered an exciting period. Demand for chip technology is both driving the industry as well as hindering it, with current chip shortages predicted to last for some time. Current trends will likely shape the future of the industry, which is set to continue to show

How are Graphene Batteries Made?

The primary distinction between graphene-based batteries and solid-state batteries lies in the composition of either electrode. Although the cathode is commonly changed, carbon allotropes can also be employed in fabricating anodes.

What Role Will The IoT Play In The Electric Vehicle Industry?

In recent years, the IoT is rapidly being introduced into almost all sectors, but it has particular importance in the EV industry.

Latest Articles

Nanoindentation - Applying The Theory of Nanoindentation to Your Results

Nanoindentation – Important Factors to Remember When Performing a Nanoindentation Test

Nanoindentation – Measurement Parameters and Their influence on Results

Nanoindentation – The Significance of Hertzian Contact and Development of Plastic Zones

Nanoindentation – Sample Preparation, Mounting and Positioning

Nanoindentation – Ensuring Accuracy and Reliability Using Standard Specimens

Nanoindentation – The Importance of Instrument Location and Installation

Test Solutions for the Aerospace Industry

Force and Torque Testing Solutions for the Automotive Industry

Peel and Adhesion Testers - Mecmesin's Range of Peel and Adhesion Testers and Accessories

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ATS Series 3110/3210 - Lab Furnaces

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Editorial Highlights

The Current State of the Global Semiconductor Market

How are Graphene Batteries Made?

What Role Will The IoT Play In The Electric Vehicle Industry?

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