The module covers mechanical and thermal issues relevant to spacecraft, including materials, mechanisms, structure analysis, vibration and thermal theory and testing. Topics include:

Spacecraft configurations - interplay of mission goals, power requirements, attitude system and launch vehicle; mechanical interfaces and sub-systems.
	Mechanical design - introduction to the mechanical design procedure and its application to spacecraft design.
	Foundations of stress analysis and mechanics of materials - examples of application to spacecraft structures: beam analysis; frame structure analysis; strut buckling and optimisation; shell structure and analysis; sandwich panels theory and practice.
	Introduction to Finite Element Analysis (FEA) - basics of finite element method and application to simple structures; using FEA software.
	Launch loads - accelerations, acoustic fields, vibrations; calculating load cases and margins of safety.
	Materials for lightness, space vacuum and the radiation environment - metals, polymers, ceramics and composites.
	Introduction to vibration theory for space systems - analysis of single degree-of-freedom systems; natural frequency, damping, transmissibility; analysis of multi degree-of-freedom systems; random vibration excitation and response.
	Testing of space hardware - thermal and mechanical, including vibration and shock. Typical test specifications; derivation from measurements; modes of failure.
	Mechanisms - types of space mechanisms - actuators, stepper motors, pyrotechnics, gear transmissions; kinematics and kinematic design; bearings - sliding, rolling and flexing; lubrication and tribology for space applications; mechanism life.
	Introduction to cryogenics for space and cryocooler technologies.
	Thermal design - Modes of heat transfer. Space thermal environment. Thermal control materials and devices. Thermal design processes, analysis and testing. Impact of space environment.

Polish Language Level 2b-Production (SEEP0007)

Aims: To introduce students to recent developments and discussions in attitude research.
Objectives: Through the course, students are expected to develop...