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东土木屋沙龙是土木工程学院打造的三大品牌系列讲座活动之一。命名经过院内广泛征集意见而来，与土木工程学院老师交流微信群“东土木屋”同名，取意东大土木人的家园。东土木屋沙龙秉承同样的自由交流、畅所欲言的精神，旨在通过建立宽松互动的交流平台，促进思维碰撞，鼓励学术交叉，增进情感交流和学院凝聚力，营造东南土木的科学文化氛围。
第66期东土木屋沙龙邀请了白沙瓦工程与技术大学教授Dr. Khan Shahzada开展主题研讨会。欢迎老师和同学积极参加，分享经验、共同探讨。
东土木屋沙龙第六十六期
期待与您互动！
时 间
2024 年 9 月 20 日（星期五） 09:00-10:30
地 点
土木楼304会议室
主持人
徐赵东 教授
主办单位
中国－巴基斯坦重大基础设施智慧防灾 “一带一路”联合实验室
东南大学土木工程学院
报告题目
Sustainability Based Innovations in Construction Materials and Structures
报告人简介
Dr. Khan Shahzada, a Professor of Civil Engineering at UET Peshawar, is a prominent figure in sustainable construction materials, structural engineering and disaster preparedness. He plays a key role in advancing disaster resilience, particularly through his involvement in the National Preparedness Partnership, advising Khyber Pakhtunkhwa's five million affordable housing initiative. One of his notable innovations is the commercialization of Confined Dry-Stacked Block Masonry, a blast-resistant construction technique developed in partnership with Eco Enterprises Islamabad. As an educator, beyond his academic achievements, he is deeply involved in community service as a founding member and advisor of the "Let’s Help Welfare Society" (LHWS). Through LHWS, Dr. Shahzada supports local communities with initiatives such as blood donation camps, psychological counselling, and financial aid, embodying a holistic approach to disaster risk management that integrates academic expertise, practical innovation, and community engagement.
报告简介
Shelter must be sustainable, durable, and safe. In seismically active Pakistan, various masonry systems—brick, dry-stack, and hollow concrete—have been evaluated for seismic performance. These seismic evaluations span across different structural typologies, including unreinforced, confined, and retrofitted structures, with many of the findings validated through numerical analysis. Masonry systems have also been tested for blast resistance, leading to improved strengthening techniques like ferrocement overlays, engineered cementitious composites, and external steel elements. Research on reducing cement use with additives like wheat straw, bagasse ash, and marble powder has led to the commercialization of several materials based on experimental findings.
东土木屋沙龙结合学科专业特点、教师科研教学动态、工作生活经历等，定期开展主题明确、形式多样、内容丰富的交流活动。主讲嘉宾包括院内老师（鼓励出国访学回国教师、新入职教师、获得职称晋升和岗位晋升的教师踊跃参加）和国内外具有先进科研成果的学者等。欢迎大家踊跃参加！
