Thermal Analysis at Madeley

Thermal analysis is a vital component of building envelope design, ensuring energy efficiency, occupant comfort, and regulatory compliance. It focuses on heat transfer and thermal dynamics within a structure, encompassing steady-state and transient multidimensional conduction, convection, radiation, heating and cooling load calculations, and thermal control.

Our Thermal Analysis Services

At Madeley, we offer comprehensive thermal assessments to support façade design development and optimize building performance. Our services include:

• U-Value Calculations – Assessing the rate of heat transfer through building elements to determine thermal performance and compliance with energy efficiency standards.
• Condensation Risk Assessments – Identifying potential moisture build-up within façade systems to prevent issues such as mold growth, material degradation, and thermal inefficiencies.
• Finite Element Analysis (FEA) for Thermal Performance – 
• Applied to façade frameworks, ensuring optimal insulation and minimizing thermal bridging.
• Development of partial or global U-values for complex façade systems, accounting for material variations and intricate geometries.
• Thermal Bridging Analysis – Evaluating localized heat losses in structural connections, fixings, and junctions to enhance overall energy efficiency.
• Glazing & Solar Performance Studies – Examining the impact of glazing configurations on heat gain, shading, and daylighting to balance energy efficiency and comfort.

Industry Standards & Compliance

All thermal reports are produced in accordance with BS and EN standards, as well as relevant guidelines published by CWCT (Centre for Window and Cladding Technology). Our analyses ensure that façade systems meet regulatory requirements and contribute to the development of high-performance, sustainable buildings.

By leveraging advanced computational tools and industry expertise, Madeley provides reliable thermal analysis that enhances the efficiency, durability, and environmental performance of building envelopes.