Strength of materials

Avielan Develops Car Lashing with Patented Twisted Hook, World's First

Retrieved on: 
Monday, July 26, 2021
Ropework, Lashing, Strength of materials, Physical sciences, Academic disciplines, Applied sciences

In order to increase safety and strength, which are the most important properties in a car lashing, a "twisted hook" has been developed with great ingenuity.

Key Points: 
  • In order to increase safety and strength, which are the most important properties in a car lashing, a "twisted hook" has been developed with great ingenuity.
  • By simply changing its structure based on a completely new concept, Avielan has achieved a safe and secure lashing and amazing strength.
  • The rupture strength of conventional product is usually 2 tons, but the strength of this car lashing using the proprietary twisted hook is 3 tons.
  • Therefore, more than ever before, safe and secure transportation is required, and this car lashing with a twisted hook is attracting attention.

Avielan Develops Car Lashing with Patented Twisted Hook, World's First

Retrieved on: 
Monday, July 26, 2021
Ropework, Lashing, Strength of materials, Physical sciences, Academic disciplines, Applied sciences

In order to increase safety and strength, which are the most important properties in a car lashing, a "twisted hook" has been developed with great ingenuity.

Key Points: 
  • In order to increase safety and strength, which are the most important properties in a car lashing, a "twisted hook" has been developed with great ingenuity.
  • By simply changing its structure based on a completely new concept, Avielan has achieved a safe and secure lashing and amazing strength.
  • The rupture strength of conventional product is usually 2 tons, but the strength of this car lashing using the proprietary twisted hook is 3 tons.
  • Therefore, more than ever before, safe and secure transportation is required, and this car lashing with a twisted hook is attracting attention.

House of Marley Introduces a Greener Alternative to Home Audio With The Get Together Duo Bluetooth™ Bookshelf Speakers

Retrieved on: 
Tuesday, April 20, 2021
Materials science, Matter, Materials, Plants, Building materials, Building engineering, Bamboo, Wood, Compressive strength, Ultimate tensile strength, Strength of materials, Carbon fibers

We use materials for their sustainable properties and their aesthetic quality, but also for their acoustical, mechanical properties as well," explains House of Marley Director of Product Development, Josh Poulsen.

Key Points: 
  • We use materials for their sustainable properties and their aesthetic quality, but also for their acoustical, mechanical properties as well," explains House of Marley Director of Product Development, Josh Poulsen.
  • "The bamboo in the Get Together Duo provides a modern look that\'s rooted in a highly renewable natural resource.
  • Produced using a carbon positive process, bamboo has a higher compressive strength than wood and a tensile strength that rivals steel.
  • This allows the speakers to be more durable, while also enhancing the warm, rich sound.

Micropillar compression for finding heat-tolerant alloys

Retrieved on: 
Wednesday, January 13, 2021
Deformation, Solid mechanics, Plasticity, Strength of materials, Applied sciences, Academic disciplines, Branches of science

Now, scientists at Kyoto University in Japan have measured what happens at the micro-level when pressure is applied on tiny samples of these materials.

Key Points: 
  • Now, scientists at Kyoto University in Japan have measured what happens at the micro-level when pressure is applied on tiny samples of these materials.
  • The scientists measured the plastic deformation that happened when a tiny probe exerted force on the micropillar specimens with various loading axis orientations.
  • "Our results demonstrate the cutting edge of research into plastic deformation behaviour in crystalline materials," says Kyosuke Kishida, the study's corresponding author.
  • This could mean alpha-Nb5Si3 is at a disadvantage compared to Mo5SiB2 for use as a strengthening component in metal-based alloys.

330,000+ Strength & Cementitious Material Tests Logged with ForneyVault®

Retrieved on: 
Wednesday, October 23, 2019
Elasticity, Materials science, Deformation, Physical sciences, Natural sciences, Solid mechanics, Chemistry, Building engineering, Strength of materials, Elastic modulus, Ultimate tensile strength, Flexural modulus

More than 30 laboratory locations in three countries have conducted more than 330,000 automated strength and material tests using the system.

Key Points: 
  • More than 30 laboratory locations in three countries have conducted more than 330,000 automated strength and material tests using the system.
  • ForneyVault is designed to close the loop between sample creation, testing, data collection, dissemination and use.
  • ForneyVault supports nearly any kind of testing for construction materials, including compressive, flexural and tensile strength, modulus of elasticity and Poisson's ratio.
  • "ForneyVault is becoming a must-have for construction materials testing labs of all types," says Jeff Dziki, CEO, Forney LP.

Sleepypod Brings Safety to Everyday Pet Essentials with New "Everyday Collection"

Retrieved on: 
Thursday, August 15, 2019
Equipment, Materials science, Physical sciences, Goods economics), Climbing equipment, Textiles, Mountaineering equipment, Webbing, Ultimate tensile strength, Leash, Strength of materials, Nylon

The new Sleepypod Everyday collection is made from hardwearing textiles having distinct lusters and hues.

Key Points: 
  • The new Sleepypod Everyday collection is made from hardwearing textiles having distinct lusters and hues.
  • Unique collar design provides the gentle control of a martingale collar but also securely fastens for off-leash use.
  • Composed of high tensile strength nylon webbing and high strength snap hook that will withstand 1000 pounds of force.
  • Composed of high tensile strength nylon webbing and high strength snap hook that will withstand 1000 pounds of force.

Fiberglass Market to Expand at 4.7% CAGR Till 2025-end as Demand for Lightweight Materials Across Industries Increases - TMR

Retrieved on: 
Thursday, July 18, 2019
Materials, Physical sciences, Chemistry, Composite materials, Materials science, Synthetic fibers, Glass fiber, Glass production, Fiberglass, Compressive strength, Strength of materials, Boron

The fiberglass material exhibits excellent properties such as lightweight, moderate tensile, compressive strength, easy handling, and outstanding electrical properties.

Key Points: 
  • The fiberglass material exhibits excellent properties such as lightweight, moderate tensile, compressive strength, easy handling, and outstanding electrical properties.
  • The material is majorly considered as a less expensive composite fabric; thus, the material is witnessing highest adoption from the automotive industry.
  • Request a Sample of Global Fiberglass Market: https://www.transparencymarketresearch.com/sample/sample.php?flag=S&rep_...
    TMR estimates that the global fiberglass market features a consolidative vendor landscape with a few players operating and dominating in terms of revenue.
  • However, Asia Pacific is estimated to expand by exhibiting most the lucrative CAGR owing to the highest expansion of automotive and construction.

Fiberglass Market to Expand at 4.7% CAGR Till 2025-end as Demand for Lightweight Materials Across Industries Increases - TMR

Retrieved on: 
Thursday, July 18, 2019
Materials, Physical sciences, Chemistry, Composite materials, Materials science, Synthetic fibers, Glass fiber, Glass production, Fiberglass, Compressive strength, Strength of materials, Boron

The fiberglass material exhibits excellent properties such as lightweight, moderate tensile, compressive strength, easy handling, and outstanding electrical properties.

Key Points: 
  • The fiberglass material exhibits excellent properties such as lightweight, moderate tensile, compressive strength, easy handling, and outstanding electrical properties.
  • The material is majorly considered as a less expensive composite fabric; thus, the material is witnessing highest adoption from the automotive industry.
  • Request a Sample of Global Fiberglass Market: https://www.transparencymarketresearch.com/sample/sample.php?flag=S&rep_...
    TMR estimates that the global fiberglass market features a consolidative vendor landscape with a few players operating and dominating in terms of revenue.
  • However, Asia Pacific is estimated to expand by exhibiting most the lucrative CAGR owing to the highest expansion of automotive and construction.

Material Testing Equipment Market Scope and Applications Across Various Sectors: Radiant Insights, Inc.

Retrieved on: 
Tuesday, May 15, 2018
Deformation, Solid mechanics, Materials science, Tear resistance, Strength of materials, Architecture, Construction

Global Material Testing Equipment Market is segmented on the basis of type as Twin column, Load system, Single column, High elongation and others.

Key Points: 
  • Global Material Testing Equipment Market is segmented on the basis of type as Twin column, Load system, Single column, High elongation and others.
  • It has been anticipated that the Material Testing Equipment Market will experience a robust growth in the next couple of years due to growing scope and applications across various sectors.
  • Material Testing Equipment Market is segmented on the basis of capacity as Puncture Strength, Tear Resistance, Tensile Strength, Coefficient of Friction, Compression, and Flexure/Bend Strength.
  • Material Testing Equipment Market is segmented on the basis of geography as North America, Southeast Asia, China, Europe, Japan, and India.