《國際鑄造金屬研究雜志》致力于傳播有關鑄造金屬科學和工程、凝固和鑄造工藝的同行評審信息。確保高完整性鑄件的生產需要一種綜合方法，以優化鑄件、模具和澆口設計；模具材料和粘合劑；合金成分和微觀結構；金屬熔化、修改和搬運；尺寸控制；以及鑄件的精整和后處理。該雜志報道了基礎科學、材料和生產工程方面的進展，為成功制造適合用途的鑄件做出了貢獻。覆蓋范圍包括所有鑄造技術，包括但不限于：?計算機輔助設計?快速原型設計?新穎的網狀鑄造技術?鑄模、模具材料和粘合劑?模具和澆口設計?熔化和液態金屬處理和運輸?金屬流動和凝固的建模和模擬?鑄造合金設計和修改?控制形核、凝固和微觀結構?機械性能和服務性能?鑄造后處理：加工、熱處理、密封、表面改性?質量控制和無損檢測?過程自動化和機器人?安全和環境問題，包括節能

The International Journal of Cast Metals Research is devoted to the dissemination of peer reviewed information on the science and engineering of cast metals, solidification and casting processes. Assured production of high integrity castings requires an integrated approach that optimises casting, mould and gating design; mould materials and binders; alloy composition and microstructure; metal melting, modification and handling; dimensional control; and finishing and post-treatment of the casting. The Journal reports advances in both the fundamental science and materials and production engineering contributing to the successful manufacture of fit for purpose castings.Coverage encompasses all casting technologies and includes, but is not limited to: ? Computer aided design ? Rapid prototyping ? Novel and net shape casting technologies ? Mouldmaking, mould materials and binders ? Mould and gating design ? Melting and liquid metal treatment and transport ? Modelling and simulation of metal flow and solidification ? Casting alloy design and modification ? Control of nucleation, solidification and microstructure ? Mechanical properties and service performance ? Post-casting treatments: machining, heat treatment, sealing, surface modification ? Quality control and non-destructive testing ? Process automation and robotics ? Safety and environmental issues, including energy conservation