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This study examines the impact of China's trade and foreign direct investment (FDI) on Africa's global value chain (GVC) participation and economic upgrading.

The study covered 48 African countries, cutting across the western, eastern, central, southern and northern subregions to cover the heterogeneity of the continent. The study adopted feasible generalized least squares panel VAR-Granger causality Wald test and system generalized methods of moments techniques for estimation.

Overall, China's FDI to Africa and US-Africa trade have a linear relationship with Africa's GVC involvement and economic upgrading. The findings suggest that although China-Africa trade has a positive impact on GVC engagement and upgrading, the marginal effect decreases in the face of US-Africa and EU-Africa trade.

This study provides new evidence on the impact of China's FDI and trade on African economies' GVC participation and economic upgrading. To the best of the authors’ knowledge, this is the first study to empirically explore the effects of China's FDI and trade on Africa's GVC integration and economic upgrading as well as from the perspectives of backward and forward GVC participation. Furthermore, the study empirically examines whether the effects of Africa's economic cooperation with China relative to its GVC engagement differ from those of Europe (EU) and the US via a comparative regression.

This study examines the impact of China’s trade, aid and foreign direct investment (FDI) on the economic growth of Africa.

Our study covered 41 countries in Africa, cutting across the western, eastern, central, southern and northern sub-regions. The study adopted the dynamic system generalized method of moments (SGMM), feasible generalized least squares (FGLS) and Dumitrescu–Hurlin Panel Granger causality techniques for estimations.

Overall, FDI, trade and aid from China have a nonlinear relationship with Africa’s economic growth. The findings reveal a key novelty in that the marginal effect on real per capita GDP increases when China’s FDI interacts with the manufacturing sector in Africa. These findings are robust to long-run estimations.

Given that we have examined the short-and long-run symbiotic effects of China’s FDI and Africa’s manufacturing sector and China’s aid and Africa’s manufacturing sector, more studies are warranted in this area, particularly to produce further empirical evidence of these findings. Moreover, future work could focus on investigating the country-specific effects of China’s trade, China’s FDI and China’s aid on real GDP per capita in each African country as our results reflect within-country elasticities.

This study provides new evidence on the impact of China’s trade, aid and FDI on the growth of African economies. To the best of our knowledge, this is the first study to empirically explore the long-run effects of China’s trade, FDI and aid on economic growth in African countries. This study also tests the claim of the displacement of Africa’s manufacturing industry by its Chinese counterparts.

Government R&D subsidies is a major practice to respond to market failures in most countries. The purpose of this study is to examine the effect of the government subsidies on China’s regional innovation output empirically under the regional innovation framework, for the unique regional innovation system and strong national influence of state during the period of transformation.

Based on the construction of regional innovation framework, this study empirically examined the effect of Chinese Government R&D subsidies on regional innovation during the economic transition period using the Bayesian model averaging method and carried out the robustness test under different priori assumptions.

The empirical results showed that R&D capital and human investment has a very significant impact on promoting the regional innovation output of China’s high-tech industries. Meanwhile, the Chinese Government's R&D subsidies failed, thus the goal of improving regional innovation output has not been achieved. In reverse, the effects of regional economic development level and the financial environment on regional innovation are negative but the explanatory power is minimal. Additionally, opening-up has greatly promoted regional innovation output.

The empirical findings provide scientific policy decision-making and management implications for government and firm, respectively, and its experience is a very important reference for other emerging economies. Additionally, China serves as an interesting case to examine whether government R&D subsidy is effective in an immature market.

The Belt and Road Initiative (BRI) is the most comprehensive and substantial international cooperation platform, creating a new market influenced by economic and political factors. In this paper, the authors aim to examine whether and how the BRI impacts the Chinese enterprises' corporate environmental responsibility (CER).

Based on China's listed firms' database from 2011 to 2018, the authors use the PSM-DID method, an econometrics method combined with propensity score matching (PSM) and difference-in-differences (DID), to conduct causal inference between the BRI and Chinese enterprises' CER and conduct a series of robustness analyses. Moreover, the authors explore the mechanisms underlying the main effect from both market and non-market perspectives.

The results suggest that the BRI significantly increases Chinese enterprises' CER. Further analyses show that market competition and government support are two possible mechanisms through which the BRI has an effect on the enterprises' CER.

The research study supplements existing work on the environmental effects of the BRI at a microlevel and adds to the literature on the drivers of CER. The findings offer valuable insights into governments and scholars by demonstrating that CER is a crucial tool for Chinese enterprises to gain a competitive advantage in the increasingly competitive markets along the BRI.

The purpose of this paper is to report a pilot project on quality control in China's government department (AQSIQ), based on an extended EFQM excellence model.

After careful comparisons, the EFQM Excellence Model was selected as the fundamental framework for further practice and analysis. The original Excellence Model was extended into three‐section style in the ongoing Super‐ministry Reform. The extended model includes decision‐making, implementation, and supervision. With a brief introduction on AQSIQ in current reform, the first quality control practice in China was investigated in terms of responsibilities, standards, supervision, and assessment. Achievements from quality control were obtained after analysis.

The extended Excellence Model enabled AQSIQ great achievements. This paper finds that, with the guidance under this extended model, a unified leadership with reallocation in people, policy, and partnership has significantly promoted the performance in decision‐making. Further, with regard to principle of simplicity as the key basis of process reengineering, the two‐way innovation and learning feedback mechanism in this model have simplified the process and enhanced knowledge process in the government. Finally, efficiency being the main focus in performance reassessment was also accomplished by this quality practice.

The initial success of AQSIQ has practical and managerial values. On the practical side, the implications in the AQSIQ case that are embodied in the ongoing Super‐ministry Reform in China help to shape fundamental quality control framework in China's government sectors. Two probable managerial enlightenments are for the theory of process engineering and the quality control in theoretical dimension. Therefore, this extended excellence model could further spread into other departments with careful considerations.

This is the first paper to research the first quality control practice in China's government department.

Employees may adopt deceptive knowledge hiding (DKH) due to nonworking time information and communication technology (ICT) demands. Drawing from the conservation of resources (COR) theory, this study aims to develop and test a model of deceptive knowledge hiding (DKH) due to nonworking time information and communication technology (ICT) demands.

In total, 300 service employees have joined the three-wave surveys. Path analysis and bootstrapping methods were used to test the theoretical model.

Results suggest that knowledge requests during nonworking time could deplete employees’ resources and increase their tendency to engage in DKH, whereas work recovery and emotional exhaustion mediate this relationship. In addition, employees’ work–family segmentation preferences (WFSP) were found to moderate the direct effects of nonworking time ICT demands on employees’ work recovery and emotional exhaustion and the indirect effects of knowledge requests after working hours on DKH through employees’ work recovery and emotional exhaustion.

First, the findings of this study shed light on the relationship between knowledge requests during employees’ nonworking time and knowledge hiding, suggesting that knowledge hiding could occur beyond working hours. Second, drawing on COR theory, this study explored two joint processes of resource replenishment failure and depletion and how nonworking time ICT demands trigger knowledge hiding. Third, the interaction effect of individuals’ WFSP and nonworking time factors on knowledge hiding deepens the understanding of when nonworking time ICT demands may induce knowledge hiding through various processes.

This paper gives a review of the finite element techniques (FE) applied in the area of material processing. The latest trends in metal forming, non‐metal forming, powder metallurgy and composite material processing are briefly discussed. The range of applications of finite elements on these subjects is extremely wide and cannot be presented in a single paper; therefore the aim of the paper is to give FE researchers/users only an encyclopaedic view of the different possibilities that exist today in the various fields mentioned above. An appendix included at the end of the paper presents a bibliography on finite element applications in material processing for 1994‐1996, where 1,370 references are listed. This bibliography is an updating of the paper written by Brannberg and Mackerle which has been published in Engineering Computations, Vol. 11 No. 5, 1994, pp. 413‐55.