Automated Fiber Placement Process: A Revolutionary Way to Create Composite Parts

In this blog, we will deep dive into the next step i.e. production simulation of composites.

structural design tools at different stages of the design process

considers manufacturing and material as an integral part of the design process

Brief description of each winding approach with pros/cons. Highlight future hybridization trends with AFP and CFRP 3D Printing technology.

This blog explores the present state of the composites design applied with the DFM approach.

Table of Content Natural fiber composites Processing with Thermoset Processing with Thermoplastic A new age of NRFC processing Increasing...

Filament winding is a technique primarily used to manufacture hollow, circular, or prismatic parts such as pipes and tanks.

Thermoplastic composites are sustainable, impact-resistant, require no special storage, easy to process and are widely available.

Production of Fiber-reinforced plastics utilizes two types of matrix materials i.e. Thermoset and Thermoplastic. Learn more about it!

An overview of in-situ consolidation (ISC) is provided in this article.

A course on the development of hydrogen storage solutions for sustainable energy storage

summarizes major regulations, codes, and standards. It further dives into the testing and certification process of hydrogen tanks

design of composite vessels from the physical and mechanical aspects to arrive at a reliable burst pressure with safety and reliability

Liners /Liner-less H2 tanks wrapped with different composite materials & its effects on performance, sustainability, manufacturability, etc