Table 3 Comparative Analysis of Non-Destructive Testing and Destructive Methods
From: Advanced testing and biocompatibility strategies for sustainable biomaterials
Paper Name | Method | Results | Advantages | Limitations | Biopolymer Compatibility |
|---|---|---|---|---|---|
Khamidov et al. [65] | Review of modern methods for testing building structures | Effectiveness of various testing methods for building structures | Provides a broad overview of different testing methods; useful for selecting appropriate techniques | General review; lacks specific quantitative results or detailed case studies | General applicability |
Hang et al. [66] | Development of high-speed image acquisition system for plasma control | Successful implementation of a high-speed imaging system for real-time plasma control on EAST | Advances in real-time monitoring technology; enhances control in plasma science applications | Focuses on a specific application in plasma science; may not be applicable to other fields | Limited to specific polymers used |
Tydeman & Kirkwood [85] | Design and analysis of accelerated degradation tests for biological standards | Properties of maximum likelihood estimators for degradation tests | Detailed statistical analysis of degradation testing; important for biological standard stability | Specific to biological standards; may not generalize to other types of materials or tests | Biodegradable polymers |
Huang et al. [86] | Real-time quantitative acceleration monitoring using a triboelectric nanogenerator | Effective real-time monitoring of bridge cable vibrations | Provides real-time, accurate monitoring; enhances bridge safety and maintenance | Limited to bridge cable applications; requires specific technology (triboelectric nanogenerator) | Applicable to certain composites |
Umar et al. [100] | Experimental study on non-destructive evaluation of sustainable concrete | Mechanical characteristics of concrete with industrial waste | Practical insights into sustainable concrete; useful for eco-friendly construction materials | Results are specific to concrete with industrial waste; may not apply to other materials | Specific to concrete biopolymers |
Helal et al. [101] | Review of non-destructive testing methods for concrete | Overview of various non-destructive testing methods and their applications | Comprehensive review of testing methods; useful for understanding available techniques | Lacks new experimental data; general review without specific results or detailed analysis | General applicability |