Tests for software accreditation and verification
Series: CIBSE -- TM33 : 2006; CIBSE -- TM33 : 2006.
Publisher: Chartered Institution of Building Services Engineers
Published: 2006
Place of publication: London
Language: eng
ISBN-13: 9781680150117
Subjects: Buildings; Software; Specifications; Construction industry; Standards; Structural engineering; Technique de la construction; Logiciels; Normes
Description: This document describes a series of standard tests for commercial software calculation tools. The aim is to verify that such tools produce results consistent with good practice and are consistent with the methods in the CIBSE Guides. The tests may be used to demonstrate that tools meet the requirements set out in Regulation 17 of the Building Regulations, and Annex I of ODPM Circular 03/2006. The main focus is on thermal performance of buildings. The set of tests were developed with the intention of finding a balance between comprehensiveness and ease of application. The primary reason for the tests is to instill confidence in program users, rather than providing a comprehensive validation of a program. The specific topics for which tests have been developed were agreed with CIBSE's Software Accreditation Assessment Panel and are intended to cover the main methods contained in CIBSE Guide A. A few of the tests cover program data, the rest cover the calculation of specific performance metrics such as heating loads, interstitial condensation risk etc. --
Notes: Includes bibliographical references.
Table of contents: title: 1.; title: Introduction -- -- 2.; title: Accreditation process -- -- 3.; title: General purpose tests:; title: Databases ; Solar position ; Basic thermal calculations ; Solar shading ; Glazing properties ; Steady state heat loss from rooms ; Annual cooling and heating demand ; Overheating risk ; Infiltration and ventilation ; Air handling unit test -- -- 4.; title: Empirical validation test -- -- 5.; title: CIBSE-specific tests:; title: Solar position ; Derived material properties ; Derived glazing properties ; Psychrometric properties ; Cooling load ; Summertime temperatures ; Interstitial condensation -- -- 6.; title: References.