Central South University
Brunel University London
![]() | Full Paper Submission Date March 15, 2026 |
![]() | Registration Deadline March 29, 2026 |
![]() | Final Paper Submission Date April 12, 2026 |
![]() | Conference Dates May 15-17, 2026 |
LIMAS 2026: May. 15-17, 2026, Changsha, China.
The modern trend in selection of materials and structural forms for high strength-weight ratio is governed by the growing need for low-cost, high performance structures. The amount of material has a direct bearing on cost. Therefore, the first step towards the cheapest structure is to minimize the weight without disproportionately affecting the strength, stiffness or fabrication cost. Composite materials are a matrix of two or more materials that give then combined superior properties of each constituent materials while keeping the weight low. They saw extensive use in the aerospace and marine sectors along with aluminium. With increasing research efforts, more lightweight materials and structural forms are coming into the industrial arena. Carbon fibre in aircrafts and biomedicine, GFRP reinforced concrete for bridges, aluminium and GFRP in boat hulls and offshore structures. As light-weight applications entail the use of strong but low density materials, aluminium alloys are generally used. Light-weight steel-aluminium alloys has its share in the automotive and civil industry However, new approaches in fabrication techniques are leading to the increased use of fibre reinforced plastics. The adoption of strong but light weight members helps to achieve reduction in the overall stress levels together with handling, manipulation and pay load costs. These factors are important in such applications as ships, high speed vessels and offshore structures. Friction stir welding is an innovative approach for fabrication in these cases. However, cost dominates the path forward as always. A careful balance of cost, performance and reliability determines the future of material or structural form and decides whether this would tip the scale against conservative structural option. This ever more pushes the need for academia to interact with the industry.
LIMAS 2026 provides the perfect opportunity to that end, as it facilitates a platform for leading researchers, technology developers, industrial players and supply chain partners to converge. Bringing the expert and pioneers together the conference promotes the methodologies, exchange of ideas and the way forward to commercialisation.
Changsha, a cultural anchor in central China, carries 3,000 years of enduring civilization. Painted lacquerware and silk from the Mawangdui Han Tombs capture the brilliance of the Han Dynasty, while Yuelu Academy preserves millennia of Eastern educational wisdom.
Blending antiquity with modernity: Orange Isle overlooks the surging Xiang River, offering sweeping views of the vast skyline; Wuyi Square’s bustling precincts thrum with urban energy. A UNESCO "City of Media Arts," Changsha roots in Xiang-Chu culture while blending innovative expression. Spicy, rich Hunan cuisine and warm, inclusive local life let every visitor feel the city’s unique texture.
We invite global participants to experience this harmony of past and present beyond the conference.
◕ Structural design Criteria
◕ Safety and reliabilty
◕ Structural Analysis and optimization
◕ Impact and Dynamic structural analysis
◕ Damage tolerance, fatigue, degradation
◕ Processing and Manufacturing
◕ Manufacturing upscaling and automation
◕ Structural Testing Methods
◕ Multifunctional Composites
◕ Adaptive response, control and reconfiguration,smart lightweight structures
◕ Nanocompositesforlight weight structures
◕ Multi-Functional lightweight materials, aluminium, magnesium & steel
◕ Bioinspiration, biomimetics and self-healing
◕ Friction stir welding in lightweight sandwich structures and other joining techniques
◕ Non destructive testing and health monitoring
◕ Tensegrity Structures
◕ Applications: Industry Case Studies
◕ Applications: Aerospace, marine, defence, offshore and civil
Conference Secretary:Mandy Yu
Tel: +86-18122455684 (Wechat)
E-Mail: ic_limas@126.com
If you have any questions or inquiries, please feel free to contact us.