Page 8 - Aerospace Training Range Brochure 2023 WEB

Statics Fundamentals FM1883 Materials Fundamentals FM1292

This set of equipment covers the needs of students studying forces, moments, beams and more. Students use This set of equipment covers the needs of students studying torsion, stress and strain, elastic constants, Young’s MODULE 2.0
the storable work panel (included) to construct a range of experiments, which allow you to study a full course in Modulus and more. Students use the storable work panel (included) to construct a range of experiments, which
static engineering systems. A full 10-hour workbook is included free of charge in the Learning Centre for this kit. allow you to study a full course in material principles. A full 10-hour workbook is included free of charge in the
MODULE 2.0
Learning Centre for this kit. MODULE 3.0

MODULE 3.0

MODULE 4.0
MODULE 4.0

MODULE 5.0
MODULE 5.0

MODULE 8.0

MODULE 11.0
MODULE 11.0

LEARNING OBJECTIVES & EXPERIMENTS: LEARNING OBJECTIVES & EXPERIMENTS: MODULE 8.0

• Forces (mass, force, weight, • Distinguishing between moments • Torsion of rods • Terms elastic deformation and
combining, parallelogram, triangle and torque • What effect has Polar second plastic deformation
and polygon • Equilibrium of forces moment of area on torque and • Terms yield strength and ductility
• Centre of gravity • Levers and the term mechanical modulus of rigidity • Shear force tests
• Units of weight and mass advantage • What effect has torque, shape, • Shear stress and shear strain
• Free body diagrams • Simply supported beams length and material on rod • What effect has second moment of
• Force vectors • Concentrated and uniform deflection area on beam deflection
• Coplanar forces distributed loads • Tensile test using plastic, • What effect has load, shape, length
• Bow’s notation • Different types of pinned supports aluminium and mild steels and material on beam deflection
• Principles of moments and moment • Understand the terms stress and • Different types of supports for
of forces strain beams
• Introduction to Youngs modulus for
different materials
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