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13657 results for: ‘按mo健身绿色网站模板✅项目合作 二开均可 TG:saolei44✅.vXMYBuiYKCqPXP’

  • Advanced Solid Mechanics

    Module code: EG7116 This module will give you the knowledge and skills to apply advanced Finite Element Analysis (FEA) to calculate the stresses in complex structures, and predict whether these structures will fail under loads they experience in service.

  • Advanced Solid Mechanics

    Module code: EG4116 This module will give you the knowledge and skills to apply advanced Finite Element Analysis (FEA) to calculate the stresses in complex structures, and predict whether these structures will fail under loads they experience in service.

  • Advanced Solid Mechanics

    Module code: EG7116 This module will give you the knowledge and skills to apply advanced Finite Element Analysis (FEA) to calculate the stresses in complex structures, and predict whether these structures will fail under loads they experience in service.

  • Advanced Solid Mechanics

    Module code: EG4116 This module will give you the knowledge and skills to apply advanced Finite Element Analysis (FEA) to calculate the stresses in complex structures, and predict whether these structures will fail under loads they experience in service.

  • Independent Study

    Module code: CO3110 As the name implies, this module is an opportunity to pursue independent study. This will take the form of a project discussed and agreed on with the module convenor.

  • Advanced Solid Mechanics

    Module code: EG4116 This module will give you the knowledge and skills to apply advanced Finite Element Analysis (FEA) to calculate the stresses in complex structures, and predict whether these structures will fail under loads they experience in service.

  • Advanced Solid Mechanics

    Module code: EG7116 This module will give you the knowledge and skills to apply advanced Finite Element Analysis (FEA) to calculate the stresses in complex structures, and predict whether these structures will fail under loads they experience in service.

  • Rosalind Franklin Rover one step closer to Mars

    A spacecraft built using University of Leicester expertise is one step closer to its mission on the surface of Mars following a successful series of high-altitude tests.

  • Mathematics and AI Project

    Module code: MA3582 This module aims to teach the skills necessary for independent research in the area of mathematics with the focus on the theory and/or application of Artificial Intelligent systems to real-world problems.

  • New book explores life in Roman and Medieval Leicester

    Roman curse tablets Intriguing evidence relates to two lead curse tablets, from the town house at Vine Street, which have transformed our understanding of who lived in the Roman town and their links to the wider Empire.

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