STEM Project Research
Reference Websites
Jun 9, 2014 ... The absorbed specific fracture energy results are summarized in Figure 4 (c) and partially in Table 4. Discussion. While medieval sword makers ...
onlinelibrary.wiley.comOct 21, 1999 ... "Such a trip would pose formidable engineering problems: the amount of energy required, even assuming a perfect conversion of mass into energy, ...
www.scientificamerican.comenergy absorbers in the open sea as well as on shores. Bypassing or contin- A ... Treatise of architecture, engineering and military art: Mil- ano, II Polifilo.
www.jstor.orgThe high energy from 60Co was required for the pommel, while low and medium energy from an XYray tube was used for the blade. Stage 1: Radiography of the Sword— ...
www.jstor.org
engineering culture and the engineers it spawned who not only devel oped the ... Energy in World History. Boulder, CO: Westview Press. Page 66. 388 JOURNAL OF ...
www.jstor.orgMay 16, 2012 ... (2007) used archaeometallurgical methods to study medieval iron sword production during the 12th century ce. ... Engineering of Tel Aviv ...
onlinelibrary.wiley.comENERGY CONVERSION (hydraulic engineering; internal-combustion engines; steam ... French military swords of the 18th century. Originally published Paris ...
www.jstor.orgENERGY CONVERSION (hydraulic engineering; internal combustion engines; steam ... scriptions on medieval swords in Poland]. Wroclaw: Zaklad Narodowy im ...
www.jstor.orgJan 30, 2023 ... The identification and interpretation of skeletal trauma is an important topic in osteoarchaeology, forensic anthropology and palaeosciences.
onlinelibrary.wiley.comENERGY CONVERSION (hydraulic engineering; internal combustion engines; steam ... major piece of medieval civil engineer- ing." WOODWARD-SMITH, NIC, and ...
www.jstor.orgAI-Generated Project Ideas
- Building a Medieval Catapult: Explore the principles of Engineering by designing and constructing a functioning catapult based on medieval designs. Investigate different energy sources like springs or tension to power the catapult.
- Designing a Renewable Energy-Powered Castle: Combine Engineering and Energy concepts by creating a sustainable medieval castle. Utilize renewable energy sources such as solar panels, wind turbines, or hydroelectric generators to meet the castle's power requirements.
- Development of Efficient Sword-Making Techniques: Investigate the Engineering behind crafting swords by exploring different materials, heat treatments, and forging techniques. Focus on optimizing energy efficiency in the sword-making process.
- Evaluating the Impact of Medieval Warfare on Energy Resources: Analyze the energy requirements of medieval warfare, particularly concerning weapons like swords. Research the availability and sustainability of energy sources during that era and assess their influence on warfare strategies.