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The Historical Development of Hindu Nationalism in India
Andi Luo(Andi Luo),Haiyang He(Haiyang He),Fang Luo(Fang Luo) 아시아사회과학학회 2023 Jornal of Asia Social Science Vol.10 No.1
Hindu nationalism has played a significant role in shaping the political and social landscape of India throughout its history. This paper examines the development of Hindu nationalism in India, from its emergence during the colonial period to its current state in post-independence India. The paper also analyzes the challenges and criticisms associated with Hindu nationalism, including its impact on the principles of secularism and democracy, religious violence and communalism, and the rights and freedoms of minority groups. The paper concludes by discussing the need for greater understanding and tolerance between different religious and cultural groups in India and the importance of promoting a more inclusive and diverse society.
Jeerasit Bumrungpetch,Andy Chit Tan,Shuhong Liu,Xianwu Luo,Qing-Yu Wu,Jian-Ping Yuan,Ming-Kui Zhang 한국유체기계학회 2014 International journal of fluid machinery and syste Vol.7 No.1
Computational fluid dynamics (CFD) and particle image velocimetry (PIV) are commonly used techniques to evaluate the flow characteristics in the development stage of blood pumps. CFD technique allows rapid change to pump parameters to optimize the pump performance without having to construct a costly prototype model. These techniques are used in the construction of a bi-ventricular assist device (BVAD) which combines the functions of LVAD and RVAD in a compact unit. The BVAD construction consists of two separate chambers with similar impellers, volutes, inlet and output sections. To achieve the required flow characteristics of an average flow rate of 5 l/min and different pressure heads (left – 100mmHg and right – 20mmHg), the impellers were set at different rotating speeds. From the CFD results, a six-blade impeller design was adopted for the development of the BVAD. It was also observed that the fluid can flow smoothly through the pump with minimum shear stress and area of stagnation which are related to haemolysis and thrombosis. Based on the compatible Reynolds number the flow through the model was calculated for the left and the right pumps. As it was not possible to have both the left and right chambers in the experimental model, the left and right pumps were tested separately.
Acupuncture as a new cultural tourism product in Greater Bay Area – Stakeholders’ perspectives
Wilco Chan Wai Hung,Luo Jim,Zhang Carol,Kuo Andy 한국마케팅과학회 2022 마케팅과학연구 Vol.32 No.1
Qi is a body network other than blood, nerve and lymph network being recognized by western medication and is identified by Chinese in thousand years ago. However, Qi network still remains relatively vague in the eyes of many scientists and people nowadays, despite the fact that Americans are adopting acupuncture as one of the medical treatments. Presently, a growing number of international tourists were found to be interested in learning more about the Chinese culture, particularly the Qi and acupuncture. It is conceivable that a combination of Qi knowledge and therapy devices can turn into an additional tourism attraction in China for international tourists. Interviews with specialists were conducted to receive valuable stakeholders’ viewpoints about the barriers and alternatives to develop the proposed tourism product.
Bumrungpetch, Jeerasit,Tan, Andy Chit,Liu, Shu-Hong,Luo, Xian-Wu,Wu, Qing-Yu,Yuan, Jian-Ping,Zhang, Ming-Kui Korean Society for Fluid machinery 2014 International journal of fluid machinery and syste Vol.7 No.1
Computational fluid dynamics (CFD) and particle image velocimetry (PIV) are commonly used techniques to evaluate the flow characteristics in the development stage of blood pumps. CFD technique allows rapid change to pump parameters to optimize the pump performance without having to construct a costly prototype model. These techniques are used in the construction of a bi-ventricular assist device (BVAD) which combines the functions of LVAD and RVAD in a compact unit. The BVAD construction consists of two separate chambers with similar impellers, volutes, inlet and output sections. To achieve the required flow characteristics of an average flow rate of 5 l/min and different pressure heads (left - 100mmHg and right - 20mmHg), the impellers were set at different rotating speeds. From the CFD results, a six-blade impeller design was adopted for the development of the BVAD. It was also observed that the fluid can flow smoothly through the pump with minimum shear stress and area of stagnation which are related to haemolysis and thrombosis. Based on the compatible Reynolds number the flow through the model was calculated for the left and the right pumps. As it was not possible to have both the left and right chambers in the experimental model, the left and right pumps were tested separately.