Core Services

Read:52+ Date:2024-04-22 12:21:28 Author:DTI

Services Introduction

Failure analysis is an emerging discipline with significant practical implications in improving product quality, technical development, improvement, product repair, and arbitration of failure incidents. DTI has a team of materials science experts, senior engineers in materials and their applications, and maintains close collaborations with top domestic universities and research institutes. Leveraging robust materials inspection and validation capabilities, DTI has earned a strong reputation in the industry. Its independent third-party status, along with a wealth of cases and databases, allows DTI to provide clients with impartial, independent, and accurate failure analysis reports.

Services Offered

Failure analysis typically involves analyzing and validating failure modes and phenomena, simulating and reproducing failure phenomena, identifying the causes of failure, and exploring failure mechanisms. This process is crucial for improving product quality, technical development, improvement, product repair, and arbitration of failure incidents. Methods employed include destructive analysis, non-destructive analysis, physical analysis, chemical analysis, among others.

Failures are categorized based on engineering significance into temporary and permanent failures, sudden and gradual failures, and from an economic perspective into normal wear failures, inherent defect failures, misuse failures, and overload failures. Given the diverse range of products and their conditions, failure analysis defies a one-size-fits-all approach. It can be segmented into complete system failure analysis and component remnants failure analysis, tailored to different stages of product development, failure scenarios, and analysis objectives. The core of failure analysis lies in analyzing and revealing failure mechanisms.

Key Services

  • Failure/R&D Analysis
  • Function and durability verification of materials and parts
  • Unique dual/multiphase material analysis technology
  • Microanalysis and verification of advanced processing technology
  • Finite Element Analysis (FEA) of material mechanisms
  • Analysis of composition/phase/composites in advanced metals/composite materials