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Solutions

Engineering analysis depends heavily on the wide field of research known as computer modeling of crush, crash, and impact events. Impact typically involves high-speed, high-energy events that may necessitate high-rate material characterisation. In order to correctly forecast structural behavior under combined loads and various active failure mechanisms, true multi-scale analysis is required in all circumstances in order to conduct a validated test.

It is possible with Karax's module. With multi-scale progressive failure analysis of composite structures, Karax Progressive Failure Dynamic Analysis (PFDA) enhances explicit dynamics finite element analysis (FEA). All five stages of impact are stimulated by the comprehensive explicit dynamics solution produced by Karax. with the ability to monitor fractures to map out the progression of damage. Additionally, Karax computes fiber failure and compression, including microbuckling, as well as crack density and micro-crack delamination.

Deep-learned Engineering Solutions

One of the newest technologies that have entered the material science world is machine learning. These statistical methods are capable of considerably speeding up both applied and fundamental research. Right now, we experience an explosion of applications that develop and apply machine-learned tools to variety of systems, ranging from education platforms to Material Design approaches.

Insights

In view of the exploding field of Material Aging & Decay in extreme environments, the fields of materials modeling, informatics and computational mechanics has merged to propose new approaches to predict material behavior over time. Based on our experience in a very wide range of projects Involving all types of models and data technologies, we can address your questions via our Insights services, ranging from phone consultations to tailored reports. 

Datasheet
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  1. Polymer degradation 

  1. Polymer aging prediction 

  1. Polymer durability 

  1. Polymer life prediction 

  1. Polymer performance degradation 

  1. Polymer material aging 

  1. Polymer part life cycle 

  1. Polymer component degradation 

  1. Polymer part aging 

  1. Polymer part life prediction 

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