presentation design drawing for architectural drawing

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2ND/ 3RD YEAR JOINT PROJECT PROJECT DETAILS: Locaon: Hannover Drawn by: Shane Madden Architect: Anna Keogh Scale: As Shown Year: DT 105/2 Date: 14/04/11 ABOUT THE BUILDING: The building I have given by my Architect Anna Keogh is proposed for the site at Hannover, Germany. The building is a proposed Town Hall for the local area and I divide into three floors. The exterior of the building is to be built using Timber frame and brick. The timber of the exterior is to be of solid timber depicting each storey height and the grid of the building. The voids between the timber frame is to be then filled using clay bricks, a material that is very common in the local area and throughout the city of Hannover. The roof of the building is to be of a flat roof design concealed from the view of the public using parapet around the perimeter of the building. The flat roof will be a green roof however it will not be open for use for people in the building. The building also contains three courtyards located towards the centre of the building and will be open air. The building up to the date of submission has not changed drastically. Overall i feel that i have kept to the architects original design concept without any major alterations. In terms of finishes, some finishes have yet to be decided by the architect including the finished floor finishes for both the ground floor and upper floors. Stainless Steel Connection Bracket to connect solid timber facing to primary structure Typical connection of Glu-Lam Beam and Column using a concealed Steel Plate WALL TO FLOOR JUNCTION DETAIL AT GROUND FLOOR DETAIL AT PARAPET DETAIL AT SCALE 1:10 3D VIEW OF PARAPET DETAIL AT NO SCALE 3D WALL SECTION AT SCALE 1:20 EXTERNAL WALL CONSTRUCTION: Cavity Wall Construction consisting of a 150mm Timber Stud Partition internal leaf and 115mm Brick outer leaf. The wall cavity consists of 80mm High Density Insulation fixed to internal leaf and a 40mm cavity. PRIMARY CONSTRUCTION: Primary structure constructed of Glu-lam Column ans Beam construction using a 5 x 5 metre grid for the main building and a 5 x 15 metre grid for the meeting rooms located on the first and second floor. All columns and beams are to be fixed using a concealed steel plate. All beams and columns are to be either partially or fully exposed. GROUND FLOOR CONSTRUCTION: Ground Floor Construction consisting of 85mm Concrete screed on 140 Rigid Floor Insulation on a 1200 gauge Radon Barrier on a reinforced concrete Raft Foundation to be designed by Structural Engineers. TYPICAL UPPER FLOOR CONSTRUCTION: 150mm Steel and concrete composite floor fixed to 440mm x 270mm Glu-Lam beam. The finished floor consists of 180mm Raised Access Floor with the finish to be decided by Architect. The finished ceiling consists of a 400mm Suspended 3D View showing typical Glu-lam beam and colum in- tersection. The finished strucrure is to be exposed RATHAUS HANNOVER CITY TOTAL FINISH HEIGHT: 14.650M FIRST STRUCTURAL FLOORO HEIGHT: 4.890M SECOND STRUCTURAL FLOOR HEIGHT: 9.4600M INITIAL CONCEPT MODEL: The pictures above show the concept model produced by Anna Keogh. 3D VIEW GROUND FLOOR INTERIOR AT NO SCALE

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Presentation Drawing for Architectural Design illustrating proposed Sectional Detail Design

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Page 1: Presentation Design Drawing for Architectural Drawing

2ND/ 3RD YEAR JOINT PROJECT

PROJECT DETAILS:Location: HannoverDrawnby: ShaneMaddenArchitect: AnnaKeoghScale: AsShownYear: DT105/2Date: 14/04/11

ABOUT THE BUILDING:

The building I have given by my Architect Anna Keogh is proposed for the site at Hannover, Germany.

The building is a proposed Town Hall for the local area and I divide into three floors.

The exterior of the building is to be built using Timber frame and brick. The timber of the exterior is to be of solid timber depicting each storey height and the grid of the building. The voids between the timber frame is to be then filled using clay bricks, a material that is very common in the local area and throughout the city of Hannover.

The roof of the building is to be of a flat roof design concealed from the view of the public using parapet around the perimeter of the building.

The flat roof will be a green roof however it will not be open for use for people in the building.

The building also contains three courtyards located towards the centre of the building and will be open air.

The building up to the date of submission has not changed drastically. Overall i feel that i have kept to the architects original design concept without any major alterations.

In terms of finishes, some finishes have yet to be decided by the architect including the finished floor finishes for both the ground floor and upper floors.

Stainless Steel Connection Bracket to connect solid timber facing to primary structure

Typical connection of Glu-Lam Beam and Column using a concealed Steel Plate

WALL TO FLOOR JUNCTION DETAIL AT

GROUND FLOOR DETAIL AT

PARAPET DETAIL AT SCALE 1:10

3D VIEW OF PARAPET DETAIL AT NO SCALE

3D WALL SECTION AT SCALE 1:20

EXTERNAL WALL CONSTRUCTION:Cavity Wall Construction consisting of a 150mm Timber Stud Partition internal leaf and 115mm Brick outer leaf. The wall cavity consists of 80mm High Density Insulation fixed to internal leaf and a 40mm cavity.

PRIMARY CONSTRUCTION:Primary structure constructed of Glu-lam Column ans Beam construction using a 5 x 5 metre grid for the main building and a 5 x 15 metre grid for the meeting rooms located on the first and second floor.

All columns and beams are to be fixed using a concealed steel plate. All beams and columns are to be either partially or fully exposed.

GROUND FLOOR CONSTRUCTION:Ground Floor Construction consisting of 85mm Concrete screed on 140 Rigid Floor Insulation on a 1200 gauge Radon Barrier on a reinforced concrete Raft Foundation to be designed by Structural Engineers.

TYPICAL UPPER FLOOR CONSTRUCTION:150mm Steel and concrete composite floor fixed to 440mm x 270mm Glu-Lam beam. The finished floor consists of 180mm Raised Access Floor with the finish to be decided by Architect. The finished ceiling consists of a 400mm Suspended

3D View showing typical Glu-lam beam and colum in-tersection. The finished strucrure is to be exposed

RATHAUS HANNOVER CITY

TOTAL FINISH HEIGHT: 14.650M

FIRST STRUCTURAL FLOORO HEIGHT: 4.890M

SECOND STRUCTURAL FLOOR HEIGHT: 9.4600M

INITIAL CONCEPT MODEL:

The pictures above show the concept model produced by Anna Keogh.

3D VIEW GROUND FLOOR INTERIOR AT NO SCALE