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The existing research rarely explains the role of dynamic capabilities in the creation of value co-creation behaviors. The purpose of this paper is to explore how dynamic capabilities play a role in avoiding value co-creation traps and generating new value co-creation behaviors.

This paper collects rich interview and archival data from two Chinese manufacturing companies to examine value co-creation in digital servitization by the case study.

The paper discovers the value co-creation traps that enterprises face in digital servitization and analyzes the important role of resource and technology integration capabilities in avoiding these traps. Also, the research explores how network capability affects the generation of new value co-creation behaviors.

This paper develops a framework for dynamic capabilities to avoid value co-creation traps and generate new value co-creation behaviors.

The purpose of this study is to develop a model extending Oriani’s formula by introducing a normalised concentration to simulate hydrogen diffusion in a multi-material system such as coated steels, under the presence of traps.

Implemented through the finite element method based on the analogy between mass diffusion and heat transfer, the governing equation was applied to investigate the combined effects of hydrogen traps and surface oxide films on hydrogen permeation in ferritic steels.

This study shows that the effective diffusivity varies over several orders of magnitude depending on the traps and films. This explains the divergence of measured hydrogen diffusivities in steels. It is revealed that hydrogen permeation in steels with Pd or Ni film is a trapping-dominant transport process, while hydrogen permeation in steel with oxide film is a process controlled by both trapping effect and retarding effect of oxide film. The oxide film enhances total hydrogen concentration within the steel substrate and is therefore detrimental. The Pd or Ni film has a little influence on total hydrogen concentration distribution depending on trapping energy.

Hydrogen flux curves and transient hydrogen concentration distributions can be directly obtained through the developed model. The proposed approach can also be extended to investigate other interstitial (i.e. carbon, oxygen and nitrogen) diffusion with traps revisited in complex systems.

The present experiments are intended to help characterize defects in very thin MOS oxide and at its Si/SiO₂ interface using a temperature‐dependent electrical characterization method, high low temperature capacitance voltage method and, especially, to investigate high temperature range. Oxide‐fixed traps are differentiated from slow‐state traps and from fast‐state traps by evaluating their electrical behaviour at different temperatures. The analysis points out the excess current after Fowler Nordheim electron injection based on hole generation, trapping, and hopping transport at high temperatures. The defect relaxation property versus temperature is investigated and defect relaxation activation energies are calculated. Creation mechanisms of interface states are especially identified by injection at different temperatures and these are compared with the other two kinds of defects. Fast‐state traps and all defect cross‐sections are calculated along and their creation activation energies are determined from Arrhenius plots.

This study aims to examine the colour changes affecting inkjet prints after the recycling of papers.

For recycling, papers prepared with the INGEDE 11p standard are recycled four times. Pulping, storage, flotation, beating and bleaching processes are applied for each recycling, respectively. Inkjet prints are made on the obtained test papers, and colour measurements are made using an X-Rite eXact spectrophotometer according to the ISO 13655:2017 standard. These processes are applied again to the papers which are recycled four times, and the results are analyzed. In addition, the values of ΔE₀₀ ′, ΔL′, ΔH ′ and ΔC′ are calculated according to ISO 11664-6:2014 standard by making some calculations according to obtained the L′a′b′ values.

It is determined that the ΔE₀₀ value increases after each recycling in cyan magenta and yellow colour, whereas it decreases in black. The highest ΔE₀₀ value is calculated after the fourth recycling stage is yellow with a value of 8.33. The lowest ΔE₀₀ value detected is black with a value of 0.76 after the fourth recycling stage. This paper observes that the colour with the most variation in hue angle among recycling repetitions is black and the colour with the highest hue angle value is yellow. It is seen that repeating recycling causes increase in the chromatic values of the prints.

After the fourth recycling stage, colour changes have reached an important point and can cause important printing problems. In this case, the customer’s approval must be obtained to continue printing. This case is valid for ΔE₀₀ values. Colour differences for print contrast, trapping and print chroma values are either not very important or are positive for quality.

In life, some would say, compromises are inevitable. As consumers, for instance, either we pay top dollar for a tailor‐made suit or we buy off‐the‐rack; either we limit our choices to the particular cars on a dealer's lot or wait for weeks in order to get exactly the model and color we want; either we purchase the flexibility of full‐fare tickets or accept restrictions in order to get a bargain fare.

Computer‐based video facilitates the creation of ‘movies’ recording actions on a computer screen complete with a voice‐over by the tutor. This paper describes the application of computer‐based video technology for point of need instruction on database searching. The Lotus ScreenCam software was used, being both inexpensive and readily available as part of the Lotus SmartSuite bundle. Initially, eight short movie clips were created, covering the techniques for searching PsycLIT on CD‐ROM and the ISI citation indexes via the BIDS gateway. The movie clips were made available on library PCs where students search these databases. The paper first examines educational theory to identify the role of computer‐based video within the educational framework. The movies created at Cardiff University are then described and the issues in design and implementation discussed. Finally, the effectiveness of this method of database searching instruction is explored and compared with more traditional point‐of‐need instruction techniques such as the handout, computer‐based tutorials and staff assistance.

The purpose of this paper is to optimize and improve a bipolar charge transport (BCT) model used to simulate charge dynamics in insulating polymer materials, specifically low-density polyethylene (LDPE).

An optimization algorithm is applied to optimize the BCT model by comparing the model outputs with experimental data obtained using two kinds of measurements: space charge distribution using the pulsed electroacoustic (PEA) method and current measurements in nonstationary conditions.

The study provides an optimal set of parameters that offers a good correlation between model outputs and several experiments conducted under varying applied fields. The study evaluates the quantity of charges remaining inside the dielectric even after 24 h of short circuit. Moreover, the effects of increasing the electric field on charge trapping and detrapping rates are addressed.

This study only examined experiments with different applied electric fields, and thus the obtained parameters may not suit the experimental outputs if the experimental temperature varies. Further improvement may be achieved by introducing additional experiments or another source of measurements.

This work provides a unique set of optimal parameters that best match both current and charge density measurements for a BCT model in LDPE and demonstrates the use of trust region reflective algorithm for parameter optimization. The study also attempts to evaluate the equations used to describe charge trapping and detrapping phenomena, providing a deeper understanding of the physics behind the model.

This study aims to contribute to the debate on the efficacy of softer regulations to prevent violations of workers’ rights in the global clothing supply chain.

This study draws on value trap and adverse incorporations as a theoretical lens to understand the reasons behind the continued violations of workers’ rights. The empirical findings are based on an analysis of 24 semi-structured interviews with workers and owners. Extensive documentary evidence to track the plight of workers in Bangladeshi clothing factories during the pandemic.

The study demonstrates how imbalances in supply chain relationships allow retailers to take advantage of the pandemic. The authors find that some retailers worsened the working conditions by cancelling orders, demanding discounts on old orders and forcing suppliers to agree to a lower price for new orders. Large brands and retailers’ responses to the COVID-19 pandemic remind us that softer regulations, such as third-party audits, are likely to be ineffective given the power imbalance at the heart of the supply chain.

The study presents a case for regulatory frameworks and intense stakeholder activism to encourage large retailers and brands to behave responsibly. This is especially important when a supply chain is value-trapped and workers are adversely incorporated and unprotected.

Drawing on studies on adverse incorporations, value-trapped supply chains and the plight of workers during the COVID-19 pandemic, the study offers a broader understanding of the continued violation of workers’ rights and the efficacy of softer regulations.

While prior research has theorized the relevance of adaptive capability (AC) to firm performance, skepticism remains regarding boundary conditions of the AC – performance relationship. This study aims to attempt to understand the intervening effect of entrepreneurial orientation (EO) impacting strategic business unit (SBU) performance. The authors further explore the moderating influence of the success trap on the AC – EO relationship.

Data from a sample of 293 SBU heads in an Indian information technology (IT) firm is analyzed using ordinary least squares regression. The authors performed a mediation and moderation test on the data using the Hayes PROCESS SPSS macro. Specifically, this study used Model 4 and Model 7 of the PROCESS macro to test the mediation and moderated–mediation models.

The results reveal that EO positively mediates the relationship between AC and SBU performance and the success trap negatively moderates the AC – EO relationship.

The paper refers to empirical research of strategic business units of an IT services firm in India. Further research in other cultures and industry settings is required to generalize the findings.

The findings suggest that to improve performance, managers in entrepreneurial software firms should develop an adaptive and innovative culture to avoid success traps.

The study establishes the crucial role of a firm’s AC as the driver of improved performance in a turbulent environment. This study complements the literature concerning the AC-performance relationship with the introduction of EO as mediating variable.

This paper discusses the lower concentration reinforcement of cathodic ultrafine ceramic particulates, on metal matrices like Zn, Al and alloy‐matrices like Cu Zn, Cu Mn, Al Zn and Ni‐P‐B alloy‐electrodeposits, etc. It is assumed that these ultrafine ceramic particulates in lower concentration‐range are effective in covering the anodic grain‐boundary networks and other anodic‐defect sites, such that there is an effective reduction of surface anodic‐current. It is shown that at a critical threshold particulate concentration, the surface dissolution is minimum, followed by a drastic increase above that concentration. Such increase in dissolution is attributed to the random dispersion of the particulates on the grain‐proper, as these cannot be accommodated within the anodic grain‐boundary channels, micro‐voids and other defect sites. As such they form stress‐raiser points and enhance surface dissolution. This paper also discusses the correlation of the grain boundary structures, particulate trapping capacity of the matrix and the galvanic stress factors due to random distribution of particulates.