scispace - formally typeset
Search or ask a question

What are the possible causes of joint cracking and popping? 


Best insight from top research papers

Joint cracking and popping can be caused by various factors. One possible cause is the cavitation and subsequent bubble collapse in the synovial fluid of the joint . Another cause can be welding defects, such as cracks formed during the welding process or after its completion . Improper welding process or operation during boiler installation, as well as improper post weld heat treatment, can also lead to weld cracking in high temperature superheater inlet tees . In the case of welded joints in high-strength steels, low temperature of weld solidification and deformation-induced contraction are shown to be the cause of cracking . Additionally, direct evidence from real-time magnetic resonance imaging suggests that joint cracking is related to cavity formation rather than bubble collapse, with tribonucleation being a possible mechanism .

Answers from top 5 papers

More filters
Papers (5)Insight
The paper provides direct evidence that joint cracking is caused by cavity formation within synovial fluid, rather than the collapse of a pre-existing bubble. The observed mechanism is consistent with tribonucleation, where opposing surfaces separate rapidly, creating sustained gas cavities.
The provided paper does not mention the causes of joint cracking and popping.
The provided paper does not discuss the possible causes of joint cracking and popping. The paper focuses on studying the cavitation and bubble collapse in synovial joints using a simplified model.
The possible causes of joint cracking in the paper are improper welding process or operation during installation, improper post weld heat treatment, and long-term operation under stress. The paper does not mention the term "popping."
The provided paper does not mention joint cracking and popping.

Related Questions

What are the common cause if cracked feets?5 answersCracked feet, known as Pādadāri in Ayurveda, are commonly caused by factors such as dry skin, roughness, hardness around the heel rim, and fissures on the outer edge of the heel due to increased Vāta dosha, especially in individuals walking barefoot on rough surfaces or in cold climates. Stress fractures, including those in the foot and ankle, can result from repetitive activities, improper training habits, and foot deformities, leading to microdamage and bone imbalance. Additionally, fractures in the forefoot and hindfoot can occur due to direct impact, repetitive minor loads, or high-impact axial forces, affecting the structure and function of different foot areas. These various intrinsic and extrinsic factors contribute to the development of cracked feet and stress fractures in the foot and ankle.
What are the possible causes of defects in solder joints?5 answersPossible causes of defects in solder joints include poorly setup technological processes, inappropriate or inappropriately used materials, design errors, and the effect of the surroundings. In the case of plug-in capacitor solder joints, the failure can be caused by oxidized legs of the capacitor, resulting in cracks during soldering. In the laser jet solder ball bonding (LJSBB) process, some typical defects include poor wetting, bridging, cracks, and tin spattering. These defects are particularly different from other mass soldering processes due to the promptness of the LJSBB process and the small size of the solder joints. The formation of defects and imperfections in soldering can also be influenced by factors such as non-wettability of the solder pads, dewetting, wrong solder mask design, warpage, head-in-pillow, pad cratering, black pad, solder beading, tombstoning, dendrites, voids, flux spattering from the solder paste, popcorning, and whiskers.
What bacteria causes bacterial joint inflammation?1 answersBacterial joint inflammation can be caused by various bacteria, including micro-organisms such as chlamydiae and mycoplasmas. Other bacteria that can cause bacterial arthritis include gram-positive cocci. The specific bacteria causing the inflammation may vary depending on the type of infection and the host response. In some cases, the bacteria may not be able to be cultured from the synovial compartment using standard methods, but bacterial antigens or nucleic acids can be detected within joint material. It is important to note that bacterial arthritis can be caused by almost any bacterium, as long as the route of penetration and the host response are suitable.
Why do pimples sting after popping?5 answersPimples sting after popping because of the inflammatory response triggered by the release of bacteria and debris from the pimple. When a pimple is popped, the contents are exposed to the surrounding skin, leading to irritation and inflammation. This can cause the skin to become red, swollen, and painful. Additionally, popping a pimple can damage the surrounding skin and disrupt the natural healing process, prolonging the inflammation and discomfort.
Cracks in buildings that lead to collapse?0 answersCracks in buildings can lead to collapse and pose a serious threat to the structural integrity of the building. These cracks can be caused by various factors such as foundation settlement, poor selection of construction materials and technique, design errors, corrosion of steel bars, defects in the construction process, ground movement, and decay of the building fabric. Detecting cracks early is crucial to prevent catastrophic collapses, but manual methods of crack detection are subjective, time-consuming, and expensive. To address this, deep learning techniques, such as Convolutional Neural Networks (CNN), have been used to detect cracks in buildings with higher accuracy than conventional image processing methods. Additionally, the use of drones and image pre-processing techniques, like Sobel Edge Detection, can enhance the performance and accuracy of crack detection. These advancements in technology can contribute to more efficient and economical building safety inspections.
What are the main causes of hip fractures in Brazil?5 answersAs fraturas de quadril no Brasil são causadas principalmente por quedas no mesmo nível. A osteoporose é um fator que contribui significativamente para as fraturas do quadril, impondo uma carga aos pacientes e à sociedade. Outros fatores associados às fraturas de quadril incluem maior tempo de internação devido a comorbidades preexistentes, idade avançada, baixo peso e uso de psicóticos/sedativos e ansiolíticos. O diagnóstico preciso e o tratamento precoce são cruciais para reduzir o risco de complicações associadas às fraturas do quadril, como imobilização, infecções e embolia pulmonar. As fraturas do quadril comprometem gravemente o estado funcional de idosos no Brasil, com um declínio no estado funcional observado em uma proporção significativa de pacientes após um ano. A prevalência de mortalidade após fraturas de quadril no Brasil não é relatada com frequência, mas é uma preocupação significativa, particularmente em países em desenvolvimento.

See what other people are reading

What are the advantages and disadvantages of using hinges in joints compared to other types of joints?
5 answers
What are the advantages and disadvantages of using hinges in joints compared to other types of joints?
5 answers
What are the safety protocols for handling hydrochloric acid (HCl)?
5 answers
How do Kaplan turbine blades differ from other types of turbine blades in terms of efficiency and durability?
5 answers
How do Kaplan turbine blades differ from other types of turbine blades in terms of efficiency and durability?
5 answers
What is the difference between strength and k- control in fracture experiments?
5 answers
What is the difference between strength and k- control in fracture experiments?
5 answers
FEM of complex corrosion defect in pipelines ?
5 answers
Finite Element Method (FEM) has been extensively applied to predict failure pressures in pipelines with complex corrosion defects. Studies have shown that interaction effects between defects can significantly impact burst capacities under combined loads, with circumferentially-aligned defects experiencing marked interactions. The mechano-electrochemical (M-E) interaction at corrosion defects can lead to stress concentration and increased corrosion rates, particularly in suspended pipelines, affecting failure pressures. Utilizing both 2D and 3D FEM models for corrosion assessment under M-E interaction reveals differences in stress, strain, and corrosion potential predictions, with the 3D model being more conservative. Understanding these interactions and utilizing accurate FEM models are crucial for the integrity assessment and management of pipelines with complex corrosion defects.
How do AutoML methodologies consider association between models in a pipeline?
5 answers
AutoML methodologies address the association between models in a pipeline by focusing on optimizing the entire Machine Learning pipeline, including preprocessing, model selection, and hyperparameter optimization. Existing approaches often fail to explore deep interactions between pipeline components. To overcome this limitation, novel neural architectures are proposed to capture these interactions, embedding pipelines into latent representations for optimization using techniques like deep-kernel Gaussian Process surrogates within Bayesian Optimization setups. Additionally, a data-centric approach based on meta-features is suggested for constructing flexible and dataset-specific ML pipelines efficiently, considering the impact of complex pipeline structures containing multiple preprocessing and classification algorithms. These methodologies aim to automate the construction of ML pipelines while ensuring optimal performance by integrating meta-learning mechanisms and handling imbalanced datasets effectively.
What are the risk identification methods for hydrogen applications?
5 answers
Risk identification methods for hydrogen applications include utilizing a hybrid multiple-criteria decision-making (MCDM) approach to manage risks in storage and transportation. Additionally, the characterization of materials' susceptibility to hydrogen embrittlement through experimental tests and continuous monitoring techniques using high-resolution gas sensors is crucial for assessing failure risks in hydrogen-related applications. Specific tools like failure assessment diagrams, notch failure assessment diagrams, and limit analysis are essential for assessing defects in pipes used for hydrogen transport, considering factors like hydrogen embrittlement and permeation through polymers. In process industries, methods like hazard and operability study (HAZOP) are commonly employed to identify and evaluate risks, ensuring safety integrity levels are met.
What are the current research efforts to develop effective strategies for PFAS removal from the environment and human bodies?
5 answers
Current research efforts are focused on developing innovative strategies for PFAS removal from the environment and human bodies. Studies have explored the use of mixed-matrix-composite nanofiltration membranes for efficient PFAS removal, achieving near-complete elimination of model PFAS compounds like perfluorooctanoic acid. Additionally, research has investigated the development of novel adsorbents like electrospun PAN nanofibrous membranes for effective GenX remediation, doubling the GenX removal capacity through surface modification. Furthermore, advancements in PFAS destruction studies have highlighted the importance of considering PFAS-container interactions and achieving a reasonable mass balance for effective PFAS defluorination. Recommendations have also been made for the use of constructed wetland-microbial fuel cell technology for comprehensive PFAS removal, integrating physical, chemical, and biological processes for efficient treatment.