[Free Webinar] Structural Analysis Considering the Molding History of Resin Molded Products
This webinar introduces a new workflow that links resin flow analysis and structural analysis based on a multiscale approach ⇒ Sign Me Up
Overview
This webinar introduces a new workflow that links resin flow analysis and structural analysis based on a multiscale approach ⇒ Sign Me Up
Overview
Join this global webinar to learn about the latest multiscale simulation technology that can be used to predict the performance of powder molded products ⇒ Sign Me Up
Overview
Specimen alignment plays a critical role in material testing. If a specimen is not properly aligned prior to or during testing, the accuracy and the reliability of test results will be directly affected, and, depending on the method followed, results may not be acceptable. This post covers the effect of specimen misalignment on the test data, main reasons behind axial misalignment, and ways to improve alignment precision in mechanical test setups.
Hello from India.I am working for Industrial equipment manfacturer in Gujarat,in need for Ratcheting assessment of one equipment which is having operating as well as design temperature more than 500 C.We are having ANSYS software for Analysis.I have done previously elastic collapse for various equipment.But,this is something i have never seen in detail anytime.
It would be great if someone can guide and help me out through this challenging opportunity.
Peel strength, the average force required to separate two bonded materials from one another, is a property applicable to various industries including aerospace, automotive, adhesives, packaging, biomaterials, microelectronics, and more. Peel test data is used to determine the quality of the adhesive joint and, where applicable, provides information on the effects of processes and of the environment on the adhesive-adherend interface strength.
Structural Engineering Reports are insightful reports prepared by a professional engineer that check for potential damages by evaluating property structures and substructures, identify the root cause of damage, and provide recommendations on foundation repairs.
There are two hydraulic universal testing machine designs. The first uses a single sided ram to apply force and requires gravity for the piston to return home. This type of hydraulic testing machine is the most common and is used for static tests only. A schematic of a ram based hydraulic tester is shown in Figure 1. The second type of hydraulic machine uses a dual acting piston. The dual acting piston design provides control in both the up and down direction and is commonly used for fatigue testing applications.
Hello again iMechanica! My name is Ryan and I am the Founder of Mechanical Engineering HQ. I am writing today to share an interesting development in water sanitation technology. Scientists and engineers have developed a new solar powered water purifier that can create drinking water from wastewater and seawater. Read on to find out how they have achieved this!